ORDER ONLINE OR CALL US ON +44161 883 0054


Rapid Radio Controlled Plane - RTF 2.4Ghz

Be the first to review this product

SKU DY8965

Quick Overview

The latest mini aerobatic 3D plane from Dynam is the Rapid. This new RC plane is constructed from EPO foam with internal carbon bracing to prevent flex making it light and durable. Powered by a KV1500 brushless motor, the model is fast and wind resistant.


Click Here To Quickly Check Shipping Price

In stock

Only 6 left


With this product, you earn 150 loyalty point(s).

Rapid Radio Controlled Plane - RTF 2.4Ghz

Click Below For Larger Images


To perform some aerobatic stunts a lot of power is required, but that is no problem for the Rapid as it's fitted with a brushless motor and ESC. This combination along with it's high capacity Li-Polymer rechargeable battery, allows the plane to torque roll and fly vertically upwards. It's capable of loops, snaps, rolls, knife edges, 90 degree turning and all aerobatic manoeuvers. The Rapid uses a 2.4Ghz transmitter which means the range is longer and more stable, with no interference from other fliers. The lightweight EPO foam is more resistant to crashes and provides easier stable flight even in windy conditions.

Additional Information

SKU DY8965
Manufacturer Dynam
Build RTF
Radio Equipment 2.4 GHz
Motor / Engine Brushless
Channels 4 Ch
  • Wingspan: 635 mm
  • Overall Length: 627.5 mm
  • Wing Loading: 40.7g/dm2
  • Servo: 3.7g x4pcs
  • Battery: 11.1V 800mAh Li-Po, 25C
  • Flying Weight: 330g
  • Resilient EPO materiaal
  • Geschikt voor extreme 3D vlucht
  • Lichtgewicht eenvoudig op te stijgen
  • Ready uit de doos te vliegen
  • 2.4GHz Radio apparatuur
  • Speed ??Controller: 18A Brushless
  • Motor Grootte: BM2313 KV1500 Brushless Outrunner
Required To Use
  • 8 x AA Batteries for Transmitter

Available Downloads For This Item:

Write Your Review

Only registered users can write reviews. Please, log in or register


There are no product questions yet.

Ask a question and Give an answer. Help your fellow customer.

Ask Your Question

* Required Fields

click here