HLS3008-12 V3.0 – 12V High-Performance Brushless Swashplate Servo (32kgf.cm @13V)

High-precision servo for RC helicopter swashplate control

The HLS3008-12 V3.0 is a premium-grade brushless servo designed specifically for demanding RC helicopter applications. Featuring a CNC-machined aluminum case, hardened steel gears, and a 6-ball bearing system, this servo offers outstanding torque, speed, and durability under high-load conditions.

Technical Specifications:

Rated Voltage: DC 12V

Voltage Range: DC 9.0V – 13.0V

Stalling Torque:

 • 28 kgf.cm @ 9.0V

 • 30 kgf.cm @ 12V

 • 32 kgf.cm @ 13V

Speed:

 • 0.10 sec/60° @ 9.0V

 • 0.08 sec/60° @ 12V

 • 0.07 sec/60° @ 13V

Working Frequency: 760 µs / 560 Hz

Operating Temperature: -10°C to +65°C

Programmable: Yes

Case Dimensions: 40 × 20 × 40 mm ±0.2 mm

Weight: 72 g ±10%

Ball Bearings: 6

Case Material: CNC Aluminum Alloy

Gear Material: Hardened Steel

Motor Type: Brushless DC Motor

Position Sensor: Potentiometer

Mounting: Vertical (standing) installation

Output Spline: 25T-6

Key Features:

• High-speed and high-torque performance
• Rugged design with steel gears and full aluminum casing
• Brushless motor for superior longevity and reliability
• Programmable settings for advanced tuning
• Engineered for large-scale and high-performance RC helicopters

Included in the Box:

• 1x HLS3008-12 V3.0 Servo
• Mounting hardware
• Servo arm (subject to manufacturer availability)

Applications:

• High-end RC helicopters
• Demanding control surface applications
• Professional RC models requiring speed, strength, and precision

Discover the Roban MD-500E G-JIVE Blue – 800 Size ARF, a premium-scale helicopter kit crafted for true enthusiasts. From tip to tail, this model delivers exceptional realism, with an attention to detail that faithfully replicates the full-size MD-500E—something rarely seen in the RC helicopter world.
The kit features a fully illuminated and true-to-scale cockpit, including a lighted dashboard, joysticks, rear pedals, antennas, windshield wipers, and many other fine details. A complete interior layout for the rear cabin is also included (not pre-assembled), offering the opportunity to build a stunningly realistic cockpit with customizable floor and ceiling panels.
True to Roban’s engineering philosophy, the cockpit is positioned exactly where it should be, while the mechanical components are neatly housed in the engine bay—just like the original helicopter. The result is a highly detailed, professionally scaled replica, perfect for experienced RC pilots looking for an authentic build and flying experience.

This Roban 800 Size MD-500E is also available in the "Magnum" fuselage version. Contact us to check availability. 

Features :

• 5-blade rotor head with true-to-scale carbon fiber rotor blades
• 2-blade tail rotor with true-to-scale carbon fiber tail rotor blades
• Extremely detailed surface with molded panel lines and rivets
• Complete, highly detailed 4-seater cockpit
• Fully integrated or partially pre-assembled position light system (controllable via AUX channel)
• Special CCPM mechanics in the upper section, analogous to the original
• Take-off weight approx. 8 kg

Technical data :

• Skill level: Expert
• Build time: 4+ hours
• Class / Size: 800
• Drive type: Electric
• Rotor system: Collective Pitch
• Fuselage material: Fiberglass
• Overall dimensions (L x W x H): 1980 x 590 x 645 mm
• Flying weight: 8000 g
• Main rotor diameter: 1570 mm
• Main rotor blade length: 700 mm
• Tail rotor diameter: 280 mm
• Tail rotor blade length: 45 mm
• Tail drive: Torque tube
• Cyclic Standard Servo : x3
• Tail Standard Servo : 1x
• Power system: ~500Kv brushless motor
• Electronic speed controller: 160A
• Recommended battery: 2x 6S 22.2V 5000 mAh in series for 12S
• Required remote control & receiver: 8-channel
• Recommended operating environment: Outdoor area

Scope of delivery :
• Roban MD-500E G-JIVE 800 size scale fuselage
• Complete 800 size helicopter mechanics
• 5 carbon fiber rotor blades
• 2 carbon fiber tail rotor blades
• Complete 4-seater cockpit
• Fully integrated or partially pre-assembled position light system

Still required :

• Helicopter flight control system: (recommended: Microbeast Flybarless System, Vbar, Bavarian)
• Electronic speed controller (ESC): (recommended: 160A Minimum Castle Creations, Scorpion, YGE)
• Battery monitor (BEC): (recommended: Castle Creations 20A BEC Pro, Jeti)
• Brushless motor: (recommended: 4230-465kV to 520kV)
• 3x Cyclic servos: (recommended: MKS DS1220 - HBL950 High Torque Servo or equivalent)
• Tail servo: (recommended: MKS HBL980 - MKS-HBL575 or equivalent)
• 12-cell 44.4V 5000 mAh LiPo battery: (recommended: 5000 mAh 6S 22.2V 50C LiPo in series)
• Remote control: At least 8-channel
• Receiver: At least 8-channel

This is the Roban EC-135 ADAC 800 Size ARF, a premium-scale helicopter kit renowned for its exceptional attention to detail. From nose to tail, the EC-135 fuselage delivers a stunning level of realism that closely mirrors the full-size aircraft—something rarely seen in the RC helicopter world.
The kit features a fully illuminated, true-to-scale cockpit, complete with a lighted dashboard, joysticks, rear pedals, antennas, windshield wipers, and other intricate details. It also includes a complete rear cabin interior (not pre-installed), allowing you to customize the cockpit further with detailed floor and ceiling panels for a truly immersive build.
Roban’s smart engineering places the cockpit exactly where it belongs, while the mechanical components are discreetly integrated into the engine bay—just like on the real EC-135. The result is a highly realistic and faithfully scaled model that will impress even the most experienced RC enthusiasts.

Features :

• 4-blade rotor head with true-to-scale carbon fiber rotor blades
• Upgraded: 9-blade 160 mm Fenestron with full-scale carbon fiber tail rotor blades that allow 30% negative thrust and provide a low-power tail servo at full speed
• Extremely detailed finish with molded panel lines and rivets
• Fully detailed 7-seater cockpit
• Fully integrated or partially pre-assembled position light system (controllable via AUX channel)
• Special CCPM mechanism in the upper section, analogous to the original
• Take-off weight approx. 8 kg
• Overall length: 1765 mm (scale 1:8)

Technical data :

• Skill level: Expert
• Building time: 4+ hours
• Class / Size: 800
• Drive type: Electric
• Rotor system: Collective Pitch
• Fuselage material: Fiberglass
• Overall dimensions (L x W x H): 1960 x 355 x 510 mm
• Flying weight: 8000 g
• Main rotor diameter: 1660 mm
• Main rotor blade length: 750 mm
• Tail rotor diameter: 160 mm
• Tail rotor blade length: 70 mm
• Tail drive: Torque tube
• Cyclic Standard Servo : x3
• Tail Standard Servo : 1x
• Power system: ~500Kv brushless motor
• Electronic speed controller: 160A
• Recommended battery: 2x 6S 22.2V 5000 mAh in series for 12S
• Required remote control & receiver: 8-channel
• Recommended operating environment: Outdoor area

Scope of delivery :

• Roban EC-135 ADAC 800 size scale fuselage
• Complete 800 size helicopter mechanics
• 4 carbon fiber rotor blades
• 9-blade 160 mm Fenestron
• Complete 7-seater cockpit
• Fully integrated or partially pre-assembled position light system

Still required :

• Helicopter flight control system: (recommended: Microbeast Flybarless System, Vbar, Bavarian)
• Electronic speed controller (ESC): (recommended: 160A Minimum Castle Creations, Scorpion, YGE)
• Battery monitor (BEC): (recommended: Castle Creations 20A BEC Pro, Jeti)
• Brushless motor: (recommended: 4230-465kV to 520kV)
• Three cyclic servos: (recommended: MKS DS1220 High Torque Servo Multi-Pack or equivalent)
• Tail servo: (recommended: MKS HBL575 - MKS-HBL575 or equivalent)
• 12-cell 44.4V 5000 mAh LiPo battery: (recommended: 5000 mAh 6S 22.2V 50C LiPo in series)
• Remote control: At least 8-channel
• Receiver: At least 8-channel

Discover the Roban EC-225 Super Puma — a premium 800-size scale helicopter kit with exceptional realism. From the fully illuminated cockpit to the finely detailed fuselage, every element mirrors the full-size aircraft with unmatched precision. This kit includes a full rear cabin interior (not pre-installed), customizable floor and ceiling panels, and mechanics discreetly integrated into the engine compartment—just like the real thing. Designed for expert builders, both ARF and KIT versions require your own electronics. Minor adjustments may be needed for a perfect fit, as each fuselage is handcrafted to scale perfection.

This model is available in three different color schemes: ERA, White, and Dancopter.
Feel free to contact us for availability.

Features :

• 5-blade rotor head with true-to-scale carbon rotor blades
• 4-blade tail rotor with carbon tail rotor blades
• Extremely detailed finish with molded panel lines and rivets
• Full 7-seat cockpit
• Built-in, partially pre-installed position light system (controllable via AUX channel)
• CCPM mechanics in the upper section like the original
• Take-off weight approx. 9 kg
• Length: 1700 mm, scale 1:8

Technical data :

• Size: 800
• Drive type: Electric
• Rotor system: Collective pitch
• Fuselage material: GRP (fiberglass)
• Overall dimensions (L x W x H): 1980 x 410 x 515 mm
• Flying weight: 9,000 g
• Main rotor diameter: 1540 mm
• Main rotor blade length: 700 mm
• Tail rotor diameter: 280 mm
• Tail rotor blade length: 105 mm
• Tail drive: Torque tube
• Servos required: 3x cyclic servos + 1x tail servo
• Recommended motor: 500Kv brushless
• Electronic speed controller: 160A high voltage
• Recommended battery: 2x 6S 22.2V 5000 mAh LiPo (in series for 12S)
• Remote control required: 8-channel
• Difficulty level: Expert
• Build time: 4+ hours
• Application: Outdoor use

Scope of delivery :

• EC-225 scale fuselage
• Complete 800 series helicopter mechanics
• 5-blade rotor head with carbon rotor blades
• 4-blade tail rotor with carbon tail rotor blades
• Full 7-seat cockpit
• Position light system (partially pre-installed)

Still required :

• Flight control system
• Electronic speed controller (ESC) 160A Min.
• Solid Voltage regulator (BEC)
• Brushless 700-800 Size Motor ~500Kv
• Standard 3x Cyclic servos
• Standard Tail servo
• 12S 44.4V 5000mAh LiPo battery
• At least 8-channel remote control
• At least 8-channel receiver

Futaba SBS-01ML - T16IZ-SUPER Telemetry adapter for Pixhawk (Ardupilot) Drone Flight Controller

Can be monitored by transmitter:

• Battery voltage
• Battery current
• Altitude
• Ground Speed
• Air Speed
• Number of GPS receiving satelites
• HDOP

Specs:

• Length: 180mm
• Weight: 3.6g
• Voltage: 3.7-7.4

*Does'nt work without Ardupilot

Systematically designed and put to the test, for tough competition flying. The ideal 700 size machine, for every pilot, for every style of flying.

The LOGO 700 is the worthy successor to the venerable LOGO 700 XXtreme.

It utilizes tried and tested mechanical components like

• Herring bone gear with a smaller main gear, with a steeper angle (136 T, 25°), for a sleeker silhouette, less weight and improved running noise.
• Belt step-up gear to the tail gear box in the chassis.
• Torque tube.
• Sturdy tail gear box now fully encapsulated, lighter, almost maintenance-free and protected against dust and dirt.

The new four-part chassis made from fiber-reinforced molded plastic is lighter and torsionally more rigid than a traditional carbon-aluminum chassis

The benefits at a glance:

• Facilitates assembly, maintenance and repairs.
• The upper halves take up the entire mechanics including motor, ESC and servos. Servos are mounted directly into the chassis, with optimal position and angle in relation to the swash plate.
• The lower halves take up the new and already known and proved battery quick release system (like on LOGO 500/600). Batteries will be installed to battery plates inline, which are held by two quick release mechanisms on both sides of the chassis.
• The clever separation of the chassis parts increases the possibility that, after a crash, only the lower parts have to be replaced.
• The chassis sports a big locating surface for the ESC, an opening helps with the air flow around the ESC.
• In the chassis you find a place for e.g. a CPU cooler, so you can mount a motor cooler into the model permanently.
• Cable guides inside the chassis allow for a neat and protected wire-layout to the ESC/telemetry at the front, within the chassis.
• The clever design of the molds even allows maintenance of the tail gear box inside the chassis, without disassembling the chassis.
• The torque tube system makes the tail boom easily dismountable, in case you want to travel e.g. to competitions.

Content

Helicopter Kit Logo 700

Blades Rotortech 690mm

Tail Blades Carbon Tail Rotor Blades 105 mm

Canopy Airbrush Glas Fiber Canopy

The Tribunus III 14-150A ESC marks a new era of electronic speed controllers from Scorpion Power Systems. Utilizing all Western Components and manufactured in Taiwan, this next generation ESC delivers exceptional capabilities with significant improvements over our previous models. Combining our proprietary and unique design, with our proprietary motor control algorithm, we provided one of the most reliable, safe, capable, and intelligent ESC's on the market for your hobby aircraft or industrial UAV.

- New PCB and Case Design: Engineered to reduce temperatures for efficient operation.
- Enclosed Capacitors: Featuring higher capacitance for improved performance.
- Ultra Strong BEC: Adjustable output voltage from 5V to 12V
- Integrated Mounting Tabs: Simplifying installation.
- Luxurious Two-Tone Anodizing: Enhancing aesthetics without compromising functionality.
- Next Gen MOSFET Technology: Unlocking greater potential and reliability.

ESC will be flashed with Firmware 16: The Telemetry Update
The ESC will ship with FW 16, introducing two new telemetry protocols for FR.Sky and JR DMSS — bringing our total to seven communication protocols compatible with countless setups.

Additionally, FW 16 features a super smooth spool-up function, perfect for both airplanes and helicopters.

Specifications:

- Max Continuous Current: 150 Amps

- Peak Current: 200 Amps

- Operating Voltage Range: 12 - 61.0 Volts

- BEC Output Voltage: 5.1V to 12.1V adjustable

- Max Continuous BEC Output: 15 Amps @ 8.1V

- Peak BEC Output: 30 Amps/1s @ 8.1V

- On Resistance: 0.6mOhms * 2

- ESC Body Size: 40.0 x 77.1 x 29.9 mm (1.58 x 3.03 x 1.18 in)

- Mounting Tab Dimensions: 16.0 (Battery Side) / 28.0 (Phase Side) x 86.0 mm (0.63 / 1.10 x 3.38 in) / M3 Bolt

- Weight (With Wires): 218g (7.69oz)

- Weight (Without Wires): 148g (5.22oz)

- Drive Frequency: 8kHz - 32kH

The LOGO 600 combines the proven concept of the LOGO 600 SX with new components and our new signature canopy design:

• 600-620 mm main blades
• for 10S Lipo 5,000 mAh or 12S LiPo up to 3.500 mAh
• light und durable chassis fiberglass reinforced frame with battery quick release system
• direct servo link to the swashplate
• hollow main shaft with 10 mm diameter
• herringbone main gear with 106 teeth (module 1)
• motor counterbearing with additional main shaft support
• xtra-strong 25 mm diameter tail boom

Now with:

• aluminum rotor head with 8 mm spindle shaft and extra-large thrust bearings (ø 16 mm)
• larger swash plate
• aluminum pulley in the chassis
• stronger one-way bearing
• fin set with colored accents in neon red
• newly designed signature airbrush canopy

Specifications:

• Rotor diameter:    1,350 mm-1,450 mm
• Rotor blades: 600/620 mm
• RTF weight:  from ca. 3.4 kg
• recommended batterie:  10S-12S LiPo
• Main gear ratio:  7.1-10.6
• Main Gear size:  106 teeth module 1
• batterie slot:  62 x 54 x 300 mm (HxWxL)
• Length:  1,250 mm
• Hight: 360 mm
• Width: 210 mm

Content:

• Kit: Kit with aluminum rotor head
• Accessories: Anti Static Kit, Motor counterbearing with mainshaft support
• Manual: Detailed printed manual
• Blades: Carbon tail rotor blades, no main blades
• Canopy: Airbrushed Canopy

With the Futaba R7208SB, Futaba offers a particularly light and small receiver with telemetry and the new Dual RX function. Its narrow design makes it ideal for use in narrow fuselages.

When the R7208SB is operated in Dual RX mode, a second S.BUS/S.BUS2 receiver is connected to the one on the R7208SB and operated in parallel. Receiver redundancy further increases model reliability: In case of a problem at the main receiver, the system switches to the second receiver in a flash.

An additional S.BUS/S.BUS2 receiver is required to operate the R7208SB in dual link mode.

The R7208SB features antenna diversity. The receiver constantly compares which antenna has the better signal and switches to it in a flash.

Analog or digital servos can be connected to ports 1 to 8. To enable shorter response times, the servo output signal for digital servos can be changed to 6.3 ms (instead of 16 ms for analog servos). The PWM ports can be switched so that channels 9 to 18 can be used alternatively at the ports. Or the ports can be used as additional S.BUS2 ports.

Up to 18 programmable S.BUS servos or other S.BUS components such as gyros, flybarless systems or governors can be connected to the S.BUS port. All S.BUS servos are digitally addressed and can be connected with a single servo line (3 wires). Although 4 servos are installed in a wing, only one servo cable goes into the wing. This keeps the complete wiring very simple and clear. If analog servos are to be used on the S.BUS, they must be connected using a PWM adapter.

S.BUS2 sensors can be connected to the S.BUS2 ports. They transmit up to 32 telemetry data sets. The receiver has an integrated telemetry transmitter that transmits the data to the transmitter (FASSTest only). This allows the measured values to be displayed or acoustically output at the transmitter. In addition, the receiver automatically always transmits the voltage of the receiver power supply (voltage sensor is integrated) and the signal strength.

The receiver supports HV (High Voltage) and can be powered directly from a 2s LiPo battery. Always make sure that the connected servos are also designed for HV!

FEATURES

• Transmission type: FASSTest
• Frequency range: 2.4 GHz
• Channels: 8 PWM / 18 S.BUS
• Transmit power: 100 mW EIRP
• S.BUS Port: S.BUS / S.BUS2
• Voltage range: 3.7 - 8.4 V
• Weight: 11 g
• Dimensions: 24.9 x 38.8 x 14.3 mm

• 8/18 channel FASSTest receiver
• Dual RX Link
• Telemetry with S.BUS2
• Telemetry with 32 channels
• PWM channels 1-8 or 9-16 selectable
• S.BUS / S.BUS2 port
• Hi-Voltage (HV)
• Antenna diversity
• Pulse switching digital servos

Receiver can come with plastic package or bulk (plastic bag)

Futaba T16IZ Super – 18-Channel Transmitter + R7208SB Receiver

Power, Precision & Versatility in One Transmitter

The Futaba T16IZ Super is a high-end 18-channel radio system designed for demanding RC enthusiasts. With multi-protocol support (FASSTest, T-FHSS, S-FHSS), a vibrant high-resolution color touch display, and an array of advanced features, it combines top-tier functionality with a sleek and ergonomic design.

What’s in the Box:

• Futaba T16IZ Super transmitter (Mode selectable: 1/2/3/4)
• 2x R7208SB receivers included
• LiPo 2S 7.4V 2100mAh battery
• USB-C charging cable
• User manual

Key Features:

4.3” HVGA Color Touchscreen

• Transflective – easy to read even in direct sunlight
• Smooth and responsive interface
• Quick access to all settings

18 Channels – 8 Flight Conditions

• Suitable for planes, helicopters, gliders, drones, jets, etc.
• Comprehensive model programming options

Advanced Telemetry with Voice Alerts

• Real-time data on voltage, RPM, temperature, and more
• Fully customizable voice notifications

Multi-Protocol Transmission Systems

• FASSTest (high-speed bidirectional)
• T-FHSS (full telemetry support)
• S-FHSS (legacy compatibility)

Modern Connectivity & Extra Functions

• USB-C charging
• USB Joystick mode for simulators (Windows compatible)
• S.BUS and S.BUS2 support for servos, gyros & sensors

Unlimited Model Storage via microSD

• Store and organize all your models
• Firmware updates made easy
• Import/export model data in seconds

Technical Specifications:

Perfect For:

• Intermediate to advanced RC pilots
• Multi-discipline enthusiasts: helis, planes, jets, gliders
• Those seeking Futaba’s renowned quality with modern features

Why Choose the T16IZ Super?

The Futaba T16IZ Super represents the perfect blend of Japanese engineering excellence and cutting-edge innovation. Whether you're fine-tuning a 3D heli or managing complex telemetry on a turbine jet, this transmitter delivers rock-solid performance and intuitive control every step of the way.

Fine finish and detailed cockpit. Full Scale design locates the cockpit exactly in the right place. The compact mechanics are integrated into the engine compartment, just like on a real helicopter, thus allowing space for the front and rear cockpit seats. The pre-installed position light system is programmable with 9 different patterns.the helicopter is supplied with a detailed instruction manual.the configuration and assembly is simple and fast, the mechanics are fully pre-assembled - but need to be configured with the electronics.only screwdrivers and allen keys are needed to make it operational

Features :

• 4-blade rotor head + carbon fiber rotor blades
• True-to-scale carbon fiber Fenestron blades included
• Numerous details: rivets and plates...
• Scale cockpit with seats (front and rear)
• Complete integrated/pre-installed position lighting system (controllable via auxiliary channel)
• Special CCPM mechanics integrated into the upper covers, just like the real helicopter
• The product is pre-assembled and requires little assembly work.

Technical data :

• Length of the housing: 1760mm
• Length incl. rotors: 1960mm
• Width: 360mm
• Height: 570mm
• Diameter of the main rotor: 160mm
• Length of the main rotor blade: 750mm
• Diameter of the fenestron: 160mm
• Length of the tail blade: 70mm
• Diameter of the main shaft: 12mm
• Diameter of the tail shaft: 5mm
• Spindle diameter: 8mm
• Number of main blades: 2
• Number of rear blades: 9
• Gear ratio:1:13,8:4,7

Scope of Delivery : 

• AS365 fuselage GRP molded and painted
• Aluminum landing gear
• Mechanical HSM-800
• 4-blade main rotor head
• Fenestron tail rotor unit
• Main rotor blades
• Cockpit switched on
• Seat rows
• Lighting
• Scale parts
• Installation kit
• Instructions

Still needed :

• Motor: 1x 700-800 SIZE 450-500KV brushless outrunner, 12S capable
• Speed controller: 1x 120A brushless, 12S capable
• Servo: 3x metal gear cyclic standard servo, 1x metal gear rear servo tail standard
• Battery: 44.4V 5000mAh 35C
• Take-off weight: 8000g
• Flight stabilization: 3-axis flybarless gyro ( Microbeast, Vbar, Bavarian )
• Radio control: min. 6-channel with pitch and throttle curves

Fine finish and detailed cockpit. Full Scale design locates the cockpit exactly in the right place. The compact mechanics are integrated into the engine compartment, just like on a real helicopter, thus allowing space for the front and rear cockpit seats. The pre-installed position light system is programmable with 9 different patterns.the helicopter is supplied with a detailed instruction manual.the configuration and assembly is simple and fast, the mechanics are fully pre-assembled - but need to be configured with the electronics.only screwdrivers and allen keys are needed to make it operational

A full Yellow version of this fuselage is available. Feel free to contact us for availability.

Features :

• 4-blade rotor head + carbon fiber rotor blades
• True-to-scale carbon fiber Fenestron blades included
• Numerous details: rivets and plates...
• Scale cockpit with seats (front and rear)
• Complete integrated/pre-installed position lighting system (controllable via auxiliary channel)
• Special CCPM mechanics integrated into the upper covers, just like the real helicopter
• The product is pre-assembled and requires little assembly work.

Specifications :

• Fuselage length: 1765mm
• Length with blades: 1960mm
• Fuselage width: 355mm
• Height: 510mm
• Rotor diameter: 1660mm
• Length of blades: 750mm
• Fenestron diameter: 160mm
• Length A/C blades: 70mm
• Main shaft: 12mm
• A/C shaft: 5mm
• Main blades: 4
• Fenestron blades: 9
• Drive gear ratio: 1:13.8:4.7
• Flight time: ~5 minutes
• Flight weight: 8000g
• Main rotor speed: 1300 rpm
• Fenestron speed: 15600 rpm

Scope of Delivery :

• EC-135 fuselage GRP molded and painted
• Aluminum landing gear
• Mechanical HSM-800
• 4-blade main rotor head
• Fenestron tail rotor unit
• Main rotor blades
• Cockpit switched on
• Seat rows
• Lighting
• Scale parts
• Installation kit
• Instructions

Still Needed to complete :

Motor: 1x700-800 size 450KV brushless outrunner, 12S capable - and up to 530kV
Controller: 1x 120A brushless HV, 12S capable
Servos: 3x metal gear cyclic, 1x metal gear tail servo
Battery: 2x 6S 5000mAh
Gyro: 3 axis flybarless gyro (e.g. microbeast)
Radio control: 6 channels minimum (with heli mode)

This is the Roban Airwolf Scale 800 ARF, a premium scale kit that offers unparalleled detail. From tip-to-tail the Airwolf body kit displays an accuracy of detail to the fictional full scale aircraft from the TV series, the kind of attention to detail not normally seen in the RC helicopter hobby.

This kit comes with a fully illuminated scale detail cockpit with illuminated instrument panel and overhead panel, joysticks, rudder pedals, aerials, windshield wipers, antenna, weapons, rockets, the special camera on each side of the fuselage and more. Floor and ceiling details can be crafted so once the interiors are installed you have an impressively scaled cockpit/interior. This kit includes electric retracts that are easy to install for that extra level scale appeal.

These scale kits house the cockpit in precisely the right location and the mechanics are built into the engine compartment just like in the full scale version. The Airwolf really impresses with the highly detailed and accurately scaled down profile.

Features:

• 2 Blade rotorhead and scale carbon fiber rotor blades
• 2 Tail blade head and scale carbon fiber tail blades
• Extremely detailed surface with molded panel lines and rivets
• 3-Point electric retract system for the ultimate scale finishing touch
• Completely illuminated scale cockpit
• Complete built In / partially pre-installed position lighting system (Controlled via AUX channel)
• Special CCPM mechanics built in the top section like the full scale
• Take off weight of 9kg (19.8 pounds)
• 1794mm long (71")

Includes:

• Roban Airwolf 800 size scale body
• Full 800 size helicopter mechanics
• 2 Carbon fiber rotor blades
• 2 Carbon fiber tail blades
• Complete illuminated scale cockpit
• Complete built in / partially pre-installed position lighting system
• 3-Point electric retract system (not installed)

Required for Operation (Not Included):

Motor: 1x brushless outrunner , 12S capable
Speed controller: 1x 120A brushless, 12S capable
Servo: 3x metal gear cyclic, 1x metal gear tail servo
Battery: 44.4V 5000mAh 35C (2 x 6Cell LiPO)
Flight time: 8 minutes
Takeoff weight: 8000g
Flight Stabilization: 3 axis flybarless gyro
Radio Control: min. 7 channel with pitch and throttle curves

Specifications.

• Body length: 1794mm
• Length incl. rotors: 1960mm
• Width: 580mm
• Height: 510mm
• Main rotor diameter 1660mm
• Main blade length: 750mm
• Fenstron diameter: 160mm
• Tail blade length: 70mm
• Main shaft diameter: 12mm
• Tail shaft diameter: 5mm
• Spindle diameter: 8mm
• Main blade count: 2
• Tail blade count: 9
• Drive gear ratio: 1:13.8:4.7
• Motor:* 1x 750MX 450KV brushless outrunner , 12S capable
• Speed controller:* 1x 120A brushless, 12S capable
• Servo:* 3x metal gear cyclic, 1x metal gear tail servo
• Battery:* 44.4V 5000mAh 35C
• Flight time: 8 minutes
• Takeoff weight: 8000g
• Flight Stabilization:* 3 axis flybarless gyro
• Radio Control:*
• min. 6 channel with pitch and throttle curves

Aluminum Cap Head Anodized Finishing Washer M2.5 For Cap Head

Available in Red or Black colors, choose your color

Aluminum alloy Material: Aluminum alloy 6061 

for complete sizes, check the images

Set of 10 pcs, fits M2.5 cap screw

Aluminum Cap Head Anodized Finishing Washer M3 For Cap Head

Available in Red or Black colors, choose your color

Aluminum alloy Material: Aluminum alloy 6061 

for complete sizes, check the images

Set of 10 pcs, fits M3 cap screw

OMP Hobby M2 EVO Main Shaft and Feathering Shaft Set.
This replacement main shaft and feathering shaft are intended for the OMP Hobby M2 EVO.
OMPHOBBY M2-V2-EXP Ø4mm main Shaft set for Performance Upgrade setPackage includes one main shaft, one feathering shaft, and hardware.

The Skydroid H16 STD/ PRO is a great alternative to the Herelink Black ground station with a number of solid ease-of-use improvements. The Skydroid H16 allows you to manually fly your drone, view a live video feed from the aircraft at all times, and program automated missions on a Google Maps overlay.

Flight range in STD version is 10km- VS PRO , which is 30KM

The Skydroid H16 VS 16 Pro has the following features:

• 7-inch HD highlight display, which is the largest and brightest screen of any of our transmitter options
• RJ45 Ethernet port available
• Independent joystick and additional switches available for better gimbal and payload control
  • Flight range up to 10km- VS PRO , which is 30KM
• 3 Functions in 1 unit – view live HD video feed at all times, manually fly the aircraft, and program auto missions using a Google Maps overlay
• Touchscreen for ease of use
• QGroundControl & Mission Planner installed
• See the live aircraft location on a Google Maps interface
• 2 mini HDMI video ports allow you to have two cameras connected and switch between the video feeds
• AES-128 Encryption
• The included 1080P HD Camera is installed on a fixed front-facing mount on your drone, however, it can be installed in a different position upon request

Included in the set

• 1x H16/Pro Remote Controller- choose option
• 1x H16/ PRO Receiver
• 1x MIPI Camera
• 1x Antenna for Ground Control Station
• 1x Charger for Ground Control Station
• 1x Neck Strap
• 1x Cable Package

• automatic activation and deactivation, depending on the operational status of the model (motor switch position, stick inputs)
• all voltages can be monitored separately via telemetry
• charging currents are adjustable, both for initial charging and for topping-up during operation
• recharges automatically and immediately whenever needed
• companion App warns the pilot whenever the backup is used
• this unit ensures the everyday operation of your valuable models

Hardware features

• wide input voltage range from 3 V up to 12.6 V (3s LiPo) with a 16 V peak margin
• Capacity 3 x 25 F, 20+ A peak current
• short circuit protection
• fast charge (adjustable) up to 2.4 A
• charging current is ramped up slowly, to protect main power supply
• decoupled channels for power delivery and for charging
• VLink Telemetry monitoring and control
• no r/c channel (servo connector) must be sacrificed, pass-through via main connector
• active balancer between capacitors for low idle discharge
• up to 3 units can be connected parallel, tripling the capacity and power; cascaded units are fully suported by companion App
• telemetry input for other sensors or ESCs (daisy-chaining)

NEW: Fully digital gimbals

• Tough yet lightweight design
• High precision readout with 8 parameters per axis
• 3D sensor sampling (3 Hall sensors per axis)
• Fully integrated in VBar Control EVO software
• all-digital signal path, drift-free
• virtually latency-free
• supreme resolution
• perfectly linear
• temperature compensation per sensor
• earth magnetic field compensation
• super sensitive throughout the whole stick range
• factory calibrated
• adjustable stick response from smooth to extremely fast
• Made in Germany
  
  VBar Control EVO Highlights

• New processor: 600 MHz (Touch: 150 MHz), current chip production
• Latest technology ARM Cortex M7 with large caches and low power consumption
• Graphics processor (GPU)
• Internal flash disk 4 GB (Touch: 128 MB)
• Faster WIFI 802/b/g/n (3 times faster than before), very fast connection
• USB data transfers 10 times faster
• Improved Touch Display
• USB-C fast charging with 15 W with any off-the-shelf USB-C charger
• Extra fast and extra precise reaction to stick inputs due to faster processing

Note: The use of the VBar Control radio requires a VBar EVO or NEO or an RX Satellite with a legacy VBar or Mini-VBar unit with firmware version 6.0 PRO or higher. This version is free for all legacy devices as an incentive (but not for VBar EVO or VBar NEO), for anyone who purchases a VBar Control radio.

Software Highlights:

• Setup, programming and adjusting of VBar-controlled models accomplished directly via VBar Control radio.
• Readily understandable graphic user interface.
• Easy programming for new models.
• Easy ESC programming of many current ESCs directly from the radio.
• Up to eight parameters can be tuned simultaneously using the optional inputs, with adjustable limitation of the the respective range of values.
• Bank switching with three banks (fourth Bank Autorotation optional).
• Real time logging and real time graphic vibration analysis available on display.
• Graphical telemetry log analyzer for stored flights (overview, energy consumption, event-log) directly readable on the display.
• Create your own screendesign directly on the touchscreen display.
• Full manual available on the radio by means of context sensitive help.
• Easy bind process, allows bind and fly of any model equipped with VLink (e.g. a buddy‘s heli) with your own transmitter (Model Sharing).
• Automatic power-on, if an already bound model is switched on.
• Several telemetry functions are available, such as voltages, current, rpm, speed, temperature and power consumption of the batteries (may need additional hardware).
• Multiple timer functions available with warnings and reminders via sound, voice, or vibration output.
• Wireless buddy boxing with two VBar Control radios, fully configurable.
• Cloud functionality (e.g. for archiving, to manage model photos; usage optional).
• Access our App Store and do over-the-air online-updates via WiFi*.
• Over-the-air online-update your VBar EVO and VBar NEO-flybarless systems via WiFi* (for purchases, a device with internet access and web browser is required).
  
  Hardware Highlights:

• Extra bright capacitive 5.8 inch multi-touch color display, with ambient-light sensor to automatically control the brightness.
• Very good readability even in bright sunlight.
• WiFi module connects to your WiFi network at home as well as to your personal hotspot on the go.
• Very fast start-up time, from off to fully operational in one second.
• High perfomance low power controller for best user experience and long runtimes.
• Reliable 80 Channel 2.4 GHz FHSS bidirectional flight control, programming/setup and telemetry remote control system.
• Unlimited model memory.
• Virtually unlimited number of control channels.
• High range, low latency, antenna diversity both on transmitter and receiver.
• Intelligent antenna monitoring and management.
• Fully equipped with four 3-position switches, two 3-position quick-break-switches as well as six rotary inputs (four trim wheels, two rotating knobs), all fully programmable.
• Precision gimbals with four ball bearings, fully adjustable.
• Collective stick can be equipped with optional throw limiter.
• Delicate rubber lining for comfortable, slip-free and safe holding.
• Well-balanced with two-point neck-strap attachment, no additional retainer bracked required.
• Large 2 Watt loudspeaker for alarms and voice output.
• Vibration alarm (adjustable).
• Memory accessible as a USB memory stick, no drivers needed.
• Built-in Lithium Polymer battery allows for long run times.
• Charge through USB connector.

* Online features require a WiFi connection and a device with internet access. Data transfers may cause additional costs, depending on your mobile data plan.

NEW: Fully digital gimbals

• Tough yet lightweight design
• High precision readout with 8 parameters per axis
• 3D sensor sampling (3 Hall sensors per axis)
• Fully integrated in VBar Control EVO software
• all-digital signal path, drift-free
• virtually latency-free
• supreme resolution
• perfectly linear
• temperature compensation per sensor
• earth magnetic field compensation
• super sensitive throughout the whole stick range
• factory calibrated
• adjustable stick response from smooth to extremely fast
• Made in Germany
  
  VBar Control EVO Highlights

• New processor: 600 MHz (Touch: 150 MHz), current chip production
• Latest technology ARM Cortex M7 with large caches and low power consumption
• Graphics processor (GPU)
• Internal flash disk 4 GB (Touch: 128 MB)
• Faster WIFI 802/b/g/n (3 times faster than before), very fast connection
• USB data transfers 10 times faster
• Improved Touch Display
• USB-C fast charging with 15 W with any off-the-shelf USB-C charger
• Extra fast and extra precise reaction to stick inputs due to faster processing

Note: The use of the VBar Control radio requires a VBar EVO or NEO or an RX Satellite with a legacy VBar or Mini-VBar unit with firmware version 6.0 PRO or higher. This version is free for all legacy devices as an incentive (but not for VBar EVO or VBar NEO), for anyone who purchases a VBar Control radio.

Software Highlights:

• Setup, programming and adjusting of VBar-controlled models accomplished directly via VBar Control radio.
• Readily understandable graphic user interface.
• Easy programming for new models.
• Easy ESC programming of many current ESCs directly from the radio.
• Up to eight parameters can be tuned simultaneously using the optional inputs, with adjustable limitation of the the respective range of values.
• Bank switching with three banks (fourth Bank Autorotation optional).
• Real time logging and real time graphic vibration analysis available on display.
• Graphical telemetry log analyzer for stored flights (overview, energy consumption, event-log) directly readable on the display.
• Create your own screendesign directly on the touchscreen display.
• Full manual available on the radio by means of context sensitive help.
• Easy bind process, allows bind and fly of any model equipped with VLink (e.g. a buddy‘s heli) with your own transmitter (Model Sharing).
• Automatic power-on, if an already bound model is switched on.
• Several telemetry functions are available, such as voltages, current, rpm, speed, temperature and power consumption of the batteries (may need additional hardware).
• Multiple timer functions available with warnings and reminders via sound, voice, or vibration output.
• Wireless buddy boxing with two VBar Control radios, fully configurable.
• Cloud functionality (e.g. for archiving, to manage model photos; usage optional).
• Access our App Store and do over-the-air online-updates via WiFi*.
• Over-the-air online-update your VBar EVO and VBar NEO-flybarless systems via WiFi* (for purchases, a device with internet access and web browser is required).
  
  Hardware Highlights:

• Extra bright capacitive 5.8 inch multi-touch color display, with ambient-light sensor to automatically control the brightness.
• Very good readability even in bright sunlight.
• WiFi module connects to your WiFi network at home as well as to your personal hotspot on the go.
• Very fast start-up time, from off to fully operational in one second.
• High perfomance low power controller for best user experience and long runtimes.
• Reliable 80 Channel 2.4 GHz FHSS bidirectional flight control, programming/setup and telemetry remote control system.
• Unlimited model memory.
• Virtually unlimited number of control channels.
• High range, low latency, antenna diversity both on transmitter and receiver.
• Intelligent antenna monitoring and management.
• Fully equipped with four 3-position switches, two 3-position quick-break-switches as well as six rotary inputs (four trim wheels, two rotating knobs), all fully programmable.
• Precision gimbals with four ball bearings, fully adjustable.
• Collective stick can be equipped with optional throw limiter.
• Delicate rubber lining for comfortable, slip-free and safe holding.
• Well-balanced with two-point neck-strap attachment, no additional retainer bracked required.
• Large 2 Watt loudspeaker for alarms and voice output.
• Vibration alarm (adjustable).
• Memory accessible as a USB memory stick, no drivers needed.
• Built-in Lithium Polymer battery allows for long run times.
• Charge through USB connector.

* Online features require a WiFi connection and a device with internet access. Data transfers may cause additional costs, depending on your mobile data plan.

NEW: Fully digital gimbals

• Tough yet lightweight design
• High precision readout with 8 parameters per axis
• 3D sensor sampling (3 Hall sensors per axis)
• Fully integrated in VBar Control EVO software
• all-digital signal path, drift-free
• virtually latency-free
• supreme resolution
• perfectly linear
• temperature compensation per sensor
• earth magnetic field compensation
• super sensitive throughout the whole stick range
• factory calibrated
• adjustable stick response from smooth to extremely fast
• Made in Germany
  
  VBar Control EVO Highlights

• New processor: 600 MHz (Touch: 150 MHz), current chip production
• Latest technology ARM Cortex M7 with large caches and low power consumption
• Graphics processor (GPU)
• Internal flash disk 4 GB (Touch: 128 MB)
• Faster WIFI 802/b/g/n (3 times faster than before), very fast connection
• USB data transfers 10 times faster
• Improved Touch Display
• USB-C fast charging with 15 W with any off-the-shelf USB-C charger
• Extra fast and extra precise reaction to stick inputs due to faster processing

Note: The use of the VBar Control radio requires a VBar EVO or NEO or an RX Satellite with a legacy VBar or Mini-VBar unit with firmware version 6.0 PRO or higher. This version is free for all legacy devices as an incentive (but not for VBar EVO or VBar NEO), for anyone who purchases a VBar Control radio.

Software Highlights:

• Setup, programming and adjusting of VBar-controlled models accomplished directly via VBar Control radio.
• Readily understandable graphic user interface.
• Easy programming for new models.
• Easy ESC programming of many current ESCs directly from the radio.
• Up to eight parameters can be tuned simultaneously using the optional inputs, with adjustable limitation of the the respective range of values.
• Bank switching with three banks (fourth Bank Autorotation optional).
• Real time logging and real time graphic vibration analysis available on display.
• Graphical telemetry log analyzer for stored flights (overview, energy consumption, event-log) directly readable on the display.
• Create your own screendesign directly on the touchscreen display.
• Full manual available on the radio by means of context sensitive help.
• Easy bind process, allows bind and fly of any model equipped with VLink (e.g. a buddy‘s heli) with your own transmitter (Model Sharing).
• Automatic power-on, if an already bound model is switched on.
• Several telemetry functions are available, such as voltages, current, rpm, speed, temperature and power consumption of the batteries (may need additional hardware).
• Multiple timer functions available with warnings and reminders via sound, voice, or vibration output.
• Wireless buddy boxing with two VBar Control radios, fully configurable.
• Cloud functionality (e.g. for archiving, to manage model photos; usage optional).
• Access our App Store and do over-the-air online-updates via WiFi*.
• Over-the-air online-update your VBar EVO and VBar NEO-flybarless systems via WiFi* (for purchases, a device with internet access and web browser is required).
  
  Hardware Highlights:

• Extra bright capacitive 5.8 inch multi-touch color display, with ambient-light sensor to automatically control the brightness.
• Very good readability even in bright sunlight.
• WiFi module connects to your WiFi network at home as well as to your personal hotspot on the go.
• Very fast start-up time, from off to fully operational in one second.
• High perfomance low power controller for best user experience and long runtimes.
• Reliable 80 Channel 2.4 GHz FHSS bidirectional flight control, programming/setup and telemetry remote control system.
• Unlimited model memory.
• Virtually unlimited number of control channels.
• High range, low latency, antenna diversity both on transmitter and receiver.
• Intelligent antenna monitoring and management.
• Fully equipped with four 3-position switches, two 3-position quick-break-switches as well as six rotary inputs (four trim wheels, two rotating knobs), all fully programmable.
• Precision gimbals with four ball bearings, fully adjustable.
• Collective stick can be equipped with optional throw limiter.
• Delicate rubber lining for comfortable, slip-free and safe holding.
• Well-balanced with two-point neck-strap attachment, no additional retainer bracked required.
• Large 2 Watt loudspeaker for alarms and voice output.
• Vibration alarm (adjustable).
• Memory accessible as a USB memory stick, no drivers needed.
• Built-in Lithium Polymer battery allows for long run times.
• Charge through USB connector.

* Online features require a WiFi connection and a device with internet access. Data transfers may cause additional costs, depending on your mobile data plan.

NEW: Fully digital gimbals

• Tough yet lightweight design
• High precision readout with 8 parameters per axis
• 3D sensor sampling (3 Hall sensors per axis)
• Fully integrated in VBar Control EVO software
• all-digital signal path, drift-free
• virtually latency-free
• supreme resolution
• perfectly linear
• temperature compensation per sensor
• earth magnetic field compensation
• super sensitive throughout the whole stick range
• factory calibrated
• adjustable stick response from smooth to extremely fast
• Made in Germany
  
  VBar Control EVO Highlights

• New processor: 600 MHz (Touch: 150 MHz), current chip production
• Latest technology ARM Cortex M7 with large caches and low power consumption
• Graphics processor (GPU)
• Internal flash disk 4 GB (Touch: 128 MB)
• Faster WIFI 802/b/g/n (3 times faster than before), very fast connection
• USB data transfers 10 times faster
• Improved Touch Display
• USB-C fast charging with 15 W with any off-the-shelf USB-C charger
• Extra fast and extra precise reaction to stick inputs due to faster processing

Note: The use of the VBar Control radio requires a VBar EVO or NEO or an RX Satellite with a legacy VBar or Mini-VBar unit with firmware version 6.0 PRO or higher. This version is free for all legacy devices as an incentive (but not for VBar EVO or VBar NEO), for anyone who purchases a VBar Control radio.

Software Highlights:

• Setup, programming and adjusting of VBar-controlled models accomplished directly via VBar Control radio.
• Readily understandable graphic user interface.
• Easy programming for new models.
• Easy ESC programming of many current ESCs directly from the radio.
• Up to eight parameters can be tuned simultaneously using the optional inputs, with adjustable limitation of the the respective range of values.
• Bank switching with three banks (fourth Bank Autorotation optional).
• Real time logging and real time graphic vibration analysis available on display.
• Graphical telemetry log analyzer for stored flights (overview, energy consumption, event-log) directly readable on the display.
• Create your own screendesign directly on the touchscreen display.
• Full manual available on the radio by means of context sensitive help.
• Easy bind process, allows bind and fly of any model equipped with VLink (e.g. a buddy‘s heli) with your own transmitter (Model Sharing).
• Automatic power-on, if an already bound model is switched on.
• Several telemetry functions are available, such as voltages, current, rpm, speed, temperature and power consumption of the batteries (may need additional hardware).
• Multiple timer functions available with warnings and reminders via sound, voice, or vibration output.
• Wireless buddy boxing with two VBar Control radios, fully configurable.
• Cloud functionality (e.g. for archiving, to manage model photos; usage optional).
• Access our App Store and do over-the-air online-updates via WiFi*.
• Over-the-air online-update your VBar EVO and VBar NEO-flybarless systems via WiFi* (for purchases, a device with internet access and web browser is required).
  
  Hardware Highlights:

• Extra bright capacitive 5.8 inch multi-touch color display, with ambient-light sensor to automatically control the brightness.
• Very good readability even in bright sunlight.
• WiFi module connects to your WiFi network at home as well as to your personal hotspot on the go.
• Very fast start-up time, from off to fully operational in one second.
• High perfomance low power controller for best user experience and long runtimes.
• Reliable 80 Channel 2.4 GHz FHSS bidirectional flight control, programming/setup and telemetry remote control system.
• Unlimited model memory.
• Virtually unlimited number of control channels.
• High range, low latency, antenna diversity both on transmitter and receiver.
• Intelligent antenna monitoring and management.
• Fully equipped with four 3-position switches, two 3-position quick-break-switches as well as six rotary inputs (four trim wheels, two rotating knobs), all fully programmable.
• Precision gimbals with four ball bearings, fully adjustable.
• Collective stick can be equipped with optional throw limiter.
• Delicate rubber lining for comfortable, slip-free and safe holding.
• Well-balanced with two-point neck-strap attachment, no additional retainer bracked required.
• Large 2 Watt loudspeaker for alarms and voice output.
• Vibration alarm (adjustable).
• Memory accessible as a USB memory stick, no drivers needed.
• Built-in Lithium Polymer battery allows for long run times.
• Charge through USB connector.

* Online features require a WiFi connection and a device with internet access. Data transfers may cause additional costs, depending on your mobile data plan.

NEW: Fully digital gimbals

• Tough yet lightweight design
• High precision readout with 8 parameters per axis
• 3D sensor sampling (3 Hall sensors per axis)
• Fully integrated in VBar Control EVO software
• all-digital signal path, drift-free
• virtually latency-free
• supreme resolution
• perfectly linear
• temperature compensation per sensor
• earth magnetic field compensation
• super sensitive throughout the whole stick range
• factory calibrated
• adjustable stick response from smooth to extremely fast
• Made in Germany
  
  VBar Control EVO Highlights

• New processor: 600 MHz (Touch: 150 MHz), current chip production
• Latest technology ARM Cortex M7 with large caches and low power consumption
• Graphics processor (GPU)
• Internal flash disk 4 GB (Touch: 128 MB)
• Faster WIFI 802/b/g/n (3 times faster than before), very fast connection
• USB data transfers 10 times faster
• Improved Touch Display
• USB-C fast charging with 15 W with any off-the-shelf USB-C charger
• Extra fast and extra precise reaction to stick inputs due to faster processing

Note: The use of the VBar Control radio requires a VBar EVO or NEO or an RX Satellite with a legacy VBar or Mini-VBar unit with firmware version 6.0 PRO or higher. This version is free for all legacy devices as an incentive (but not for VBar EVO or VBar NEO), for anyone who purchases a VBar Control radio.

Software Highlights:

• Setup, programming and adjusting of VBar-controlled models accomplished directly via VBar Control radio.
• Readily understandable graphic user interface.
• Easy programming for new models.
• Easy ESC programming of many current ESCs directly from the radio.
• Up to eight parameters can be tuned simultaneously using the optional inputs, with adjustable limitation of the the respective range of values.
• Bank switching with three banks (fourth Bank Autorotation optional).
• Real time logging and real time graphic vibration analysis available on display.
• Graphical telemetry log analyzer for stored flights (overview, energy consumption, event-log) directly readable on the display.
• Create your own screendesign directly on the touchscreen display.
• Full manual available on the radio by means of context sensitive help.
• Easy bind process, allows bind and fly of any model equipped with VLink (e.g. a buddy‘s heli) with your own transmitter (Model Sharing).
• Automatic power-on, if an already bound model is switched on.
• Several telemetry functions are available, such as voltages, current, rpm, speed, temperature and power consumption of the batteries (may need additional hardware).
• Multiple timer functions available with warnings and reminders via sound, voice, or vibration output.
• Wireless buddy boxing with two VBar Control radios, fully configurable.
• Cloud functionality (e.g. for archiving, to manage model photos; usage optional).
• Access our App Store and do over-the-air online-updates via WiFi*.
• Over-the-air online-update your VBar EVO and VBar NEO-flybarless systems via WiFi* (for purchases, a device with internet access and web browser is required).
  
  Hardware Highlights:

• Extra bright capacitive 5.8 inch multi-touch color display, with ambient-light sensor to automatically control the brightness.
• Very good readability even in bright sunlight.
• WiFi module connects to your WiFi network at home as well as to your personal hotspot on the go.
• Very fast start-up time, from off to fully operational in one second.
• High perfomance low power controller for best user experience and long runtimes.
• Reliable 80 Channel 2.4 GHz FHSS bidirectional flight control, programming/setup and telemetry remote control system.
• Unlimited model memory.
• Virtually unlimited number of control channels.
• High range, low latency, antenna diversity both on transmitter and receiver.
• Intelligent antenna monitoring and management.
• Fully equipped with four 3-position switches, two 3-position quick-break-switches as well as six rotary inputs (four trim wheels, two rotating knobs), all fully programmable.
• Precision gimbals with four ball bearings, fully adjustable.
• Collective stick can be equipped with optional throw limiter.
• Delicate rubber lining for comfortable, slip-free and safe holding.
• Well-balanced with two-point neck-strap attachment, no additional retainer bracked required.
• Large 2 Watt loudspeaker for alarms and voice output.
• Vibration alarm (adjustable).
• Memory accessible as a USB memory stick, no drivers needed.
• Built-in Lithium Polymer battery allows for long run times.
• Charge through USB connector.

* Online features require a WiFi connection and a device with internet access. Data transfers may cause additional costs, depending on your mobile data plan.

NEW: Fully digital gimbals

• Tough yet lightweight design
• High precision readout with 8 parameters per axis
• 3D sensor sampling (3 Hall sensors per axis)
• Fully integrated in VBar Control EVO software
• all-digital signal path, drift-free
• virtually latency-free
• supreme resolution
• perfectly linear
• temperature compensation per sensor
• earth magnetic field compensation
• super sensitive throughout the whole stick range
• factory calibrated
• adjustable stick response from smooth to extremely fast
• Made in Germany
  
  VBar Control EVO Highlights

• New processor: 600 MHz (Touch: 150 MHz), current chip production
• Latest technology ARM Cortex M7 with large caches and low power consumption
• Graphics processor (GPU)
• Internal flash disk 4 GB (Touch: 128 MB)
• Faster WIFI 802/b/g/n (3 times faster than before), very fast connection
• USB data transfers 10 times faster
• Improved Touch Display
• USB-C fast charging with 15 W with any off-the-shelf USB-C charger
• Extra fast and extra precise reaction to stick inputs due to faster processing

Note: The use of the VBar Control radio requires a VBar EVO or NEO or an RX Satellite with a legacy VBar or Mini-VBar unit with firmware version 6.0 PRO or higher. This version is free for all legacy devices as an incentive (but not for VBar EVO or VBar NEO), for anyone who purchases a VBar Control radio.

Software Highlights:

• Setup, programming and adjusting of VBar-controlled models accomplished directly via VBar Control radio.
• Readily understandable graphic user interface.
• Easy programming for new models.
• Easy ESC programming of many current ESCs directly from the radio.
• Up to eight parameters can be tuned simultaneously using the optional inputs, with adjustable limitation of the the respective range of values.
• Bank switching with three banks (fourth Bank Autorotation optional).
• Real time logging and real time graphic vibration analysis available on display.
• Graphical telemetry log analyzer for stored flights (overview, energy consumption, event-log) directly readable on the display.
• Create your own screendesign directly on the touchscreen display.
• Full manual available on the radio by means of context sensitive help.
• Easy bind process, allows bind and fly of any model equipped with VLink (e.g. a buddy‘s heli) with your own transmitter (Model Sharing).
• Automatic power-on, if an already bound model is switched on.
• Several telemetry functions are available, such as voltages, current, rpm, speed, temperature and power consumption of the batteries (may need additional hardware).
• Multiple timer functions available with warnings and reminders via sound, voice, or vibration output.
• Wireless buddy boxing with two VBar Control radios, fully configurable.
• Cloud functionality (e.g. for archiving, to manage model photos; usage optional).
• Access our App Store and do over-the-air online-updates via WiFi*.
• Over-the-air online-update your VBar EVO and VBar NEO-flybarless systems via WiFi* (for purchases, a device with internet access and web browser is required).
  
  Hardware Highlights:

• Extra bright capacitive 5.8 inch multi-touch color display, with ambient-light sensor to automatically control the brightness.
• Very good readability even in bright sunlight.
• WiFi module connects to your WiFi network at home as well as to your personal hotspot on the go.
• Very fast start-up time, from off to fully operational in one second.
• High perfomance low power controller for best user experience and long runtimes.
• Reliable 80 Channel 2.4 GHz FHSS bidirectional flight control, programming/setup and telemetry remote control system.
• Unlimited model memory.
• Virtually unlimited number of control channels.
• High range, low latency, antenna diversity both on transmitter and receiver.
• Intelligent antenna monitoring and management.
• Fully equipped with four 3-position switches, two 3-position quick-break-switches as well as six rotary inputs (four trim wheels, two rotating knobs), all fully programmable.
• Precision gimbals with four ball bearings, fully adjustable.
• Collective stick can be equipped with optional throw limiter.
• Delicate rubber lining for comfortable, slip-free and safe holding.
• Well-balanced with two-point neck-strap attachment, no additional retainer bracked required.
• Large 2 Watt loudspeaker for alarms and voice output.
• Vibration alarm (adjustable).
• Memory accessible as a USB memory stick, no drivers needed.
• Built-in Lithium Polymer battery allows for long run times.
• Charge through USB connector.

* Online features require a WiFi connection and a device with internet access. Data transfers may cause additional costs, depending on your mobile data plan.

NEW: Fully digital gimbals

• Tough yet lightweight design
• High precision readout with 8 parameters per axis
• 3D sensor sampling (3 Hall sensors per axis)
• Fully integrated in VBar Control EVO software
• all-digital signal path, drift-free
• virtually latency-free
• supreme resolution
• perfectly linear
• temperature compensation per sensor
• earth magnetic field compensation
• super sensitive throughout the whole stick range
• factory calibrated
• adjustable stick response from smooth to extremely fast
• Made in Germany
  
  VBar Control EVO Highlights

• New processor: 600 MHz (Touch: 150 MHz), current chip production
• Latest technology ARM Cortex M7 with large caches and low power consumption
• Graphics processor (GPU)
• Internal flash disk 4 GB (Touch: 128 MB)
• Faster WIFI 802/b/g/n (3 times faster than before), very fast connection
• USB data transfers 10 times faster
• Improved Touch Display
• USB-C fast charging with 15 W with any off-the-shelf USB-C charger
• Extra fast and extra precise reaction to stick inputs due to faster processing

Note: The use of the VBar Control radio requires a VBar EVO or NEO or an RX Satellite with a legacy VBar or Mini-VBar unit with firmware version 6.0 PRO or higher. This version is free for all legacy devices as an incentive (but not for VBar EVO or VBar NEO), for anyone who purchases a VBar Control radio.

Software Highlights:

• Setup, programming and adjusting of VBar-controlled models accomplished directly via VBar Control radio.
• Readily understandable graphic user interface.
• Easy programming for new models.
• Easy ESC programming of many current ESCs directly from the radio.
• Up to eight parameters can be tuned simultaneously using the optional inputs, with adjustable limitation of the the respective range of values.
• Bank switching with three banks (fourth Bank Autorotation optional).
• Real time logging and real time graphic vibration analysis available on display.
• Graphical telemetry log analyzer for stored flights (overview, energy consumption, event-log) directly readable on the display.
• Create your own screendesign directly on the touchscreen display.
• Full manual available on the radio by means of context sensitive help.
• Easy bind process, allows bind and fly of any model equipped with VLink (e.g. a buddy‘s heli) with your own transmitter (Model Sharing).
• Automatic power-on, if an already bound model is switched on.
• Several telemetry functions are available, such as voltages, current, rpm, speed, temperature and power consumption of the batteries (may need additional hardware).
• Multiple timer functions available with warnings and reminders via sound, voice, or vibration output.
• Wireless buddy boxing with two VBar Control radios, fully configurable.
• Cloud functionality (e.g. for archiving, to manage model photos; usage optional).
• Access our App Store and do over-the-air online-updates via WiFi*.
• Over-the-air online-update your VBar EVO and VBar NEO-flybarless systems via WiFi* (for purchases, a device with internet access and web browser is required).
  
  Hardware Highlights:

• Extra bright capacitive 5.8 inch multi-touch color display, with ambient-light sensor to automatically control the brightness.
• Very good readability even in bright sunlight.
• WiFi module connects to your WiFi network at home as well as to your personal hotspot on the go.
• Very fast start-up time, from off to fully operational in one second.
• High perfomance low power controller for best user experience and long runtimes.
• Reliable 80 Channel 2.4 GHz FHSS bidirectional flight control, programming/setup and telemetry remote control system.
• Unlimited model memory.
• Virtually unlimited number of control channels.
• High range, low latency, antenna diversity both on transmitter and receiver.
• Intelligent antenna monitoring and management.
• Fully equipped with four 3-position switches, two 3-position quick-break-switches as well as six rotary inputs (four trim wheels, two rotating knobs), all fully programmable.
• Precision gimbals with four ball bearings, fully adjustable.
• Collective stick can be equipped with optional throw limiter.
• Delicate rubber lining for comfortable, slip-free and safe holding.
• Well-balanced with two-point neck-strap attachment, no additional retainer bracked required.
• Large 2 Watt loudspeaker for alarms and voice output.
• Vibration alarm (adjustable).
• Memory accessible as a USB memory stick, no drivers needed.
• Built-in Lithium Polymer battery allows for long run times.
• Charge through USB connector.

* Online features require a WiFi connection and a device with internet access. Data transfers may cause additional costs, depending on your mobile data plan.

NEW: Mikado VBar Evo+ Full Digital Gimbals Transmitter Arctic Silver

The TX comes with 7000 mah BATTERY, if you wish to upgrade to 14,000mah, please choose the option. Please take 2-3 days extra delay due the replacement

• Tough yet lightweight design
• High precision readout with 8 parameters per axis
• 3D sensor sampling (3 Hall sensors per axis)
• Fully integrated in VBar Control EVO software
• all-digital signal path, drift-free
• virtually latency-free
• supreme resolution
• perfectly linear
• temperature compensation per sensor
• earth magnetic field compensation
• super sensitive throughout the whole stick range
• factory calibrated
• adjustable stick response from smooth to extremely fast
• Made in Germany
  
  VBar Control EVO Highlights

• New processor: 600 MHz (Touch: 150 MHz), current chip production
• Latest technology ARM Cortex M7 with large caches and low power consumption
• Graphics processor (GPU)
• Internal flash disk 4 GB (Touch: 128 MB)
• Faster WIFI 802/b/g/n (3 times faster than before), very fast connection
• USB data transfers 10 times faster
• Improved Touch Display
• USB-C fast charging with 15 W with any off-the-shelf USB-C charger
• Extra fast and extra precise reaction to stick inputs due to faster processing

Note: The use of the VBar Control radio requires a VBar EVO or NEO or an RX Satellite with a legacy VBar or Mini-VBar unit with firmware version 6.0 PRO or higher. This version is free for all legacy devices as an incentive (but not for VBar EVO or VBar NEO), for anyone who purchases a VBar Control radio.

Software Highlights:

• Setup, programming and adjusting of VBar-controlled models accomplished directly via VBar Control radio.
• Readily understandable graphic user interface.
• Easy programming for new models.
• Easy ESC programming of many current ESCs directly from the radio.
• Up to eight parameters can be tuned simultaneously using the optional inputs, with adjustable limitation of the the respective range of values.
• Bank switching with three banks (fourth Bank Autorotation optional).
• Real time logging and real time graphic vibration analysis available on display.
• Graphical telemetry log analyzer for stored flights (overview, energy consumption, event-log) directly readable on the display.
• Create your own screendesign directly on the touchscreen display.
• Full manual available on the radio by means of context sensitive help.
• Easy bind process, allows bind and fly of any model equipped with VLink (e.g. a buddy‘s heli) with your own transmitter (Model Sharing).
• Automatic power-on, if an already bound model is switched on.
• Several telemetry functions are available, such as voltages, current, rpm, speed, temperature and power consumption of the batteries (may need additional hardware).
• Multiple timer functions available with warnings and reminders via sound, voice, or vibration output.
• Wireless buddy boxing with two VBar Control radios, fully configurable.
• Cloud functionality (e.g. for archiving, to manage model photos; usage optional).
• Access our App Store and do over-the-air online-updates via WiFi*.
• Over-the-air online-update your VBar EVO and VBar NEO-flybarless systems via WiFi* (for purchases, a device with internet access and web browser is required).
  
  Hardware Highlights:

• Extra bright capacitive 5.8 inch multi-touch color display, with ambient-light sensor to automatically control the brightness.
• Very good readability even in bright sunlight.
• WiFi module connects to your WiFi network at home as well as to your personal hotspot on the go.
• Very fast start-up time, from off to fully operational in one second.
• High perfomance low power controller for best user experience and long runtimes.
• Reliable 80 Channel 2.4 GHz FHSS bidirectional flight control, programming/setup and telemetry remote control system.
• Unlimited model memory.
• Virtually unlimited number of control channels.
• High range, low latency, antenna diversity both on transmitter and receiver.
• Intelligent antenna monitoring and management.
• Fully equipped with four 3-position switches, two 3-position quick-break-switches as well as six rotary inputs (four trim wheels, two rotating knobs), all fully programmable.
• Precision gimbals with four ball bearings, fully adjustable.
• Collective stick can be equipped with optional throw limiter.
• Delicate rubber lining for comfortable, slip-free and safe holding.
• Well-balanced with two-point neck-strap attachment, no additional retainer bracked required.
• Large 2 Watt loudspeaker for alarms and voice output.
• Vibration alarm (adjustable).
• Memory accessible as a USB memory stick, no drivers needed.
• Built-in Lithium Polymer battery allows for long run times.
• Charge through USB connector.

* Online features require a WiFi connection and a device with internet access. Data transfers may cause additional costs, depending on your mobile data plan.

Radio tray Carbon for Radiomaster TX16S Mark ll and Mark ll Max and MKll fit

Very stable transmitter in modern carbon stainless steel design with real and beautiful carbon 3K twill surface.

The tray is made of high-quality carbon composite material with sturdy stainless steel hangers . All connections and the battery compartment of the transmitter are freely accessible.

The transmitter is fixed in the transmitter tray, a fall out is not possible, the transmitter can be removed quickly from the desk.
The transmitter brackets and aluminum connectors are mounted in the precisely fitting milling of the carbon plates and screwed with stainless steel screws.

The transmitter tray fits in the original case or in a commercially available aluminum case for transport.
Alternatively, we offer them folding transmitter blanks, which reduce the height of the transmitter console by 5 cm when folded.

*Transmitter  NOT included! 

The Tribunus III 14-320A ESC marks a new era of electronic speed controllers from Scorpion Power Systems. Utilizing all Western Components this next generation ESC delivers exceptional capabilities with significant improvements over our previous models. Combining our proprietary and unique design, with our proprietary motor control algorithm, we provided one of the most reliable, safe, capable, and intelligent ESC's on the market for your hobby aircraft or industrial UAV.

Specifications:

Max Continuous Current 320 Amps
Peak Current 420 Amps
Operating Voltage Range 12-61* Volts
BEC Output voltage: OFF / 5.1V to 12.1V adjustable
Max Continuous BEC Output 15 Amps @ 8.1 V
On Resistance 0.32 mOhms*2
ESC Body Size 75.0 x 98.5 x 40.0mm (2.95 x 3.88 x 1.57 in)
Mounting Tab Dimensions 53.0 x 103.0mm ( 2.09 x 4.05 in) / M3 Bolt
Weight (with wires) 600g (21.16oz)
Weight (without wires) 400g (14.10oz)
Drive frequency 8kHz - 32kHz
Included in the Box

1 x Tribunus III ESC
2 x BEC Cables
1 x Mounting Hardware Pack

This esc is industrial use and may require delay in delivery

This is our prestige engine OS Max 140RX-FI 23cc 2-Stroke Pattern F3A Fuel Injection RC Plane Engine

Experience ultimate power and control with the X-Maxx 8S Belted 4WD from Traxxas. This amazing RC model is designed to push the boundaries of off-road driving, giving you the ability to dominate any terrain. The powerful 8S brushless motor delivers breathtaking speeds and outstanding performance.

• NEW Belted Sledgehammer Off-Road Tires
• NEW 7886 Overdrive Gear Set Installed
• NEW 15/54 Stock Gearing
• NEW 17/46 Speed Gearing Included
• Lipo 4s x 2 included (no connectors)

Vehicle Specs:

• Model Name: X-Maxx 8s Belted
• Model Type: Monster Truck
• Model Speed: 80+ kph with two 4s LiPo batteries and optional pinion gear
• Model Skill Level: 6
• Scale: X-Truck
• Weight: 8.66kg
• Length: 779mm
• Width: 540mm
• Height: 355mm
• Wheelbase: 480mm
• Center Ground Clearance: 107mm
• Drive System: Shaft-driven 4WD
• Drivetrain: Shaft-driven 4WD
• Transmission: Single speed
• Differential Type: Sealed, hardened steel bevel, limited slip
• Gear Pitch: 1.0 metric pitch
• Servo(s): 2085X metal gear ultra-high-torque waterproof
• Radio System: TQi™ 2.4 GHz 2-channel transmitter with wireless module
• Battery Compartment Specs: 197x52x44mm

Motor Specs:

• Motor Name: Velineon® 1200XL
• Motor Type: 1275 kV sensorless brushless
• Motor Weight: 665g
• Motor Length: 110mm
• Motor Diameter: 48mm
• Motor Shaft Size: 5mm
• Motor Connector Type: 6.5 mm bullet connectors

ESC Specs:

• ESC Name: Velineon® VXL-8s™
• ESC Type: Brushless
• ESC Case Size: 58x72x46mm
• ESC Weight: 215.5 g
• Motor Connectors: 6.5 mm bullet connectors
• Battery Connectors: Traxxas High-Current Connectors
• ESC Power Wire: 10 gauge Maxx® Cable