

A New Concept in Helicopter Design from JR !
We succeeded in designing a helicopter that is light weight, yet has a solid feeling of performance in the air. This electric model is designed exclusively for flybarless flight. It features a unique control mechanism which allows sub trim free setup. The battery tray is designed to allow the use of a high capacity LiPo battery for long flight times. Try this easy to build kit and enjoy the feeling of flight from JR!
Features
- Dedicated design for flybarless control (FBL)
- TAGS01 Triple Axis Gyro already programmed with optimised parameters.
- Unique control system allowing sub trim free adjustment
- Light weight and high rigidity frame
- Ample space for a high capacity battery
- Main system components are pre-assembled
- For beginners to advanced flyers
- FBL Rotor head with metal Main Blade grips
- Metal Tail Rotor Grips with Thrust Bearing
- Carbon Frame, battery mount , tail boom
- FRP painted canopy
Choosing The Battery
※ Please use the following as a guide.

Battery Guide

Flight Time
- Flight time is affected by the batteries used. If using 2,600mAh battery capacity, please set the flight time to approx.
10min for hovering only, and approx 4 mins for flying only.
In order to extend battery life, it is recommended to leave at least 15% battery remaining after flight. - Please do not fly consecutively.
After each flight, please do not start the next flight until the motor, ESC and other parts have cooled down.
If you fly consecutively, the motor, ESC and other parts may get damaged from overheating.
Connectors
Connectors rated for 75A or above are recommended.
Mistakes in confusing plus (+) and minus (-) are very dangerous and may lead to catastrophic accidents.
To prevent connection mistakes, please confirm the connecting method and the color of the wires are correct.
No.98049
NEX E6 FBL Assembly Kit w/Motor, ESC
No.98052
NEX E6 FBL Assembly Kit
No.98053
Includes
| Combo | Assembly Kit w/Motor, ESC |
Assembly Kit | |
| Brushless Motor (KV:1750) | ![]() |
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- |
| ESC (75A/BEC5A) | ![]() |
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- |
| Triple Axis Gyro System TAGS01 Already programmed with optimised parameters |
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- | - |
| Swash Servo (3pcs) | ![]() |
- | - |
| Rudder Servo DS3500G | ![]() |
- | - |
| Carbon Main Rotor Blades 440 | ![]() |
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| Blade Holder | ![]() |
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Additional Items Required
- Transmitter (140 CCPM capable) and receiver
- Battery Charger
- Battery Connectors
- Battery
Lithium-Polymer Battery (Li-Po)
6 Cell (22.2V) 2,600mAh-3,300mAh
Size 46 x 60 x 160mm (maximum)
Tools Required For Assembly
- Hexagon Driver
1.5mm (NO.61401)
2mm (NO.61402)
2.5mm (NO.61403) - Wrench:4.5mm
- Universal Pitch Gauge (No.60326)
- Phillips Screwdrivers (#0, #1, #2)
- Rule:15cm or longer
- CA Glue
- Epoxy Glue (Hardening Time; 30 Min. or More)
- Sandpaper of #300 to 400
*Other general tools required for making a model
Useful Tools
Specifications
- Length:
910mm / 35.83in - Height:
321mm / 12.64in - Width (Landing strut):
158mm / 6.22in - Flying Weight:
1,850g / 14.07lb or more - Main Rotor Dia.:
1,002mm / 39.45in - Tail Rotor Dia.:
208mm / 8.2in - Gear Ratio:
12.5:1:4.26 - Control System:
CCPM140° - Tail Drive System:
Shaft Drive
Last Update:Jan. 17, 2012





















