E-Flite DHC-6 Twin Otter 1.4m RC Plane, BNF Basic
SKU: EFL32050



























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Modeled after the iconic STOL-capable utility airplane, the E-flite Twin Otter 1.4m is a larger and upgraded alternative to the popular 1.2m model. It offers more scale details, modern-day conveniences, technologies, and performance while being versatile and easy to fly so it’s an ideal first – or next – twin for intermediate to experienced pilots!
- Scale replica of the STOL-capable de Havilland Twin Otter utility aircraft
- Upgraded 1.4m wingspan from the previous popular 1.2m version
- Excellent handling makes it a great first twin-powered RC plane
- An abundance of scale detail including moulded-in panel lines, corrugated control surfaces, windshield wipers, handles, antennas, and more
- Operational flaps for enhanced short take-off and landing capabilities
- Functional LED navigations and landing lights pre-installed
- Counter-rotating 3-blade propellers with striking black and white detailing
- 3S and 4S compatible, specially tuned twin brushless motors
- Dual 25A Spektrum Avian Smart Lite ESCs for real-time telemetry feedback via compatible transmitters (with Smart and non-Smart batteries)
- Excellent power and long flight times with a single 3S or 4S 2200-3200mAh battery
- Factory-installed Spektrum AR631+ receiver with AS3X and optional SAFE Select technology
- Receiver loaded with a Smart Transmitter File that allows you to import all settings for NX and iX series transmitters during the binding process
- Differential thrust and reverse for realistic ground/water handling and manoeuvres
- Six durable metal-geared servos are factory-installed, including nose steering and a rudder servo
- Tricycle landing gear with steerable nose wheel
- Quick and easy access to the battery compartment with the magnetic top hatch
- Lightweight yet tough EPO foam construction with composite reinforcement
- Optional floats available for flying from water (sold separately)
- Tool-free assembly with removable two-piece wing and stabiliser









