Flybarless accessories

Required to connect the brushless RPM sensor to use the speed controller function* in MICROBEAST PLUS and MICROBEAST PLUS HD

Suitable for brushless RPM sensor, universal ( BXA76013 )

Included:

1 x adapter cable

* Microbeast Plus HD not included!

* A paid firmware update is required for operation.

White Airspeed / Altitude Sensor
Measuring range: 30-300 km/h for VBar, Combined speed sensor with variometer (Airspeed / Altitude), VBar Airspeed / Altitude Sensor measuring range: 30-300 km/h - White

Bavarian Demon BLUETOOTH-MODUL For Axon and CortexPro :

Bluetooth module for programming the AXON and CORTEXpro systems via Android / iOS app.

BAVARIAN DEMON Governor 8 The GOV Sensor E8

The GOV Sensor E8 - the speed sensor for electric helicopters, specially optimized for use with the governor of the FBL system AXON. The E8 is connected via any motor cable and uses a specially developed scanning method (patent pending) to ensure extremely reliable and precise detection of the motor speed - directly at the source.

It’s a RPM sensor, simply run on one of the motor wires, for use with electric motors and especially developed for the AXON’s internal governor.

An especially for this purpose developed scanning process leads to an extremely reliable and precise detection of the motor’s rpm, right at the source.

This is a Do-it-yourself sensor kit to replace any needed Magnetic sensor.
the kit comes with clear instruction how to solder the wires, and place it best way, you may also print your 3D mount if needed, or use any PCB isolating material to make it yourself.

Kit including wire connector 30cm, sensor and heatshrink set.

MICROBEAST Special adhesive foam tape, 4 pcs in pack

MICROBEAST Tail Gyro Adapter Cable

The new VBar gyro sensor is downward compatible with all existing main units (except for VBar with aluminium case sensor).

The New VBar Silverline uses a new sensortechnology, which uses three sensorelements that are the only ones on the market specially designed and adapted for the use in real model helicopters.

The Sensors are manufactured by the Company Silicon Sensings and use a oszillating ring structure for the detection of rates in opposite to the known sensors that have only one or two oszillating masses.

The symmetric design and 8 separate sensing devices inside the sensor give a perfect ballance of the system, which enables to detect smallest rotational movements even in high vibration environments. This gives us the advantage to mount the sensor very stiff at the frame, so it detects smallest movements very quick without getting disturbed by the vibrations.

Every heli produces lots of vibrations if it is rotates quickly around the axes. This is fairly normal but can create a certain drift in the other sensor elements which gives a slight cross coupling through the axes. The new sensor gives advantages not only in nitros or tubine helis, but on dynamicly moved 3D helis as well!

 

Benefits at a glance

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

40+ 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)

Specifications
Power Supply 3-12.6 V (3s LiPo), max. 16 V
Dimensions approx. 48 x 55 x 19 mm (H x W x D)
Weight approx. 52 g including wires
Power Rating 40+ A peak
Contents
Device VBar Control Power Backup w/ power wire, manual
Connecting Wire Telemetry wire included
Miscellaneous
Miscellaneous Update VBar NEO, install companion App on transmitter

This is a replacement antenna for Mikado Vbar Antenna for VBar NEO, 180mm #05063

Bluetooth enabled PC, PDA or mobile phone supporting SPP (Serial Port Profile).

Spartan provides software for certain platforms only. Such software is available on the Spartan website and we advise that you download and try it to ensure compatibility with your PC, PDA or mobile phone before purchasing a Blue-Link. The software can be found on the page of the product you wish to interface to.

Specification
Class 1 Bluetooth radio offering a maximum range of 100m when used in conjunction with a class 1 capable device and subject to environmental conditions, obstructions and ambient noise levels.
Dimensions 46 x 20 x 11mm (1.8 x 0.8 x 0.43 inch)
Power and data leads 26cm long (10.2 inch)
Weight 12 grams including leads.
Power supply 4 - 8.4 Volts, current draw <100mA
Operating conditions: 0 to 50 deg C, 32 to 122 deg F, 20 to 85 % humidity not condensing.
Storage: -20 to 70 deg C, -68 to 158 deg F, 20 to 90 % humidity not condensing.

 

SPARTAN Gyro Metal plate
Gyros are sensitive to high frequency vibrations. The metal plate helps isolate these vibrations and not allow these vibrations to be transmitted to the Gyro. If your gyro was working fine and then suddenly started to drift try to find the source of this possible vibration.

We recommend to use the metal plate between the gyro pads.

1 metal plate in a set

SPARTAN Simplex Data Adapter (SLX Adapter)

Certain Spartan products such as the Quark gyro have the ability to be connected to a computer, but due to size or other constraints they do not offer a dedicated data port. This SLX Adapter provides the required data port via intelligent sharing of other plugs. The illustration below shows how the Quark gyro is connected to a computer through sharing of the gain plug.

This product does not provide computer connectivity on its own. It must be used in conjunction with a Flash-Link or Blue-Link.