Nexa DHC-6 Twin Otter Canadian Yellow 1870mm (73.6") Wingspan - Balsa ARF
Product Availability: The estimated time of arrival (ETA) for this product is late-May, 2020. Please click the "Notify Me When Back In Stock" button above to receive an email notification when the product is available for purchase.
The De Havilland Canada DHC-6 Twin Otter is a Canadian 19-passenger STOL (Short Takeoff and Landing) utility aircraft. The aircraft’s unique blend of attributes have made it a successful cargo, regional passenger airliner and Medevac aircraft. The Twin Otter is flown by the United States Army Parachute Team and the United States Air Force’s 98th Flying Training Squadron, in addition to finding much success with commercial skydiving companies.
We are proud to announce Nexa, Motion RC's in-house Balsa-specific brand that will showcase customer-favorites and new, never-before-seen models in various balsa formats and a wide range of sizes and price points.
The Nexa DHC-6 Twin Otter is a .25 size electric scale series civilian utility aircraft with a 1870mm wingspan, constructed primarily from balsa wood and covered in a Canadian yellow, red and black livery. This ARF requires assembly and installation of your choice of servos and power system, and includes two piece wing with aluminum wing joiner, fiberglass cowl and spinner. A large battery tray provides ample space for any size battery you require. An optional float set is available for snow or water-based operations (not included).
Visit the Official Product Page HERE
Fully Covered and Detailed The Nexa DHC-6 Twin Otter comes fully covered in a vibrant and attractive yellow, red and black Canadian livery. |
Scale Details Throughout There is no shortage of scale details with this Twin Otter including flaps, simulated panel lines and functional cabin doors. |
Large Battery Hatch The battery hatch is not only easily accessible but expansive with ample space for your chosen battery and any peripheral electronics such as a gyro if desired. |
Optional Float Set Available A set of optional floats is available and tailor-made for this model (not included). |
- High contrast and attractive yellow, red and black Canadian livery
- Complete Balsa and lite-ply construction for rigidity and durability
- Two piece wing with aluminum wing joiner for easy transport
- Large battery tray provides ample space for any size battery you require
- Functional cabin door and well appointed throughout
- Fiberglass cowling and spinner for strength and durability
- All control surfaces come out of the box pre-hinged and installed for convenience
- Optional floats available for snow or water-based operations (see below)
- Nexa DHC-6 Twin Otter Canadian Yellow 1870mm (73.6") Wingspan - ARF
- Wheels, spinner, hardware and decals
- 6 Channel radio - select a minimum 6 channel radio from our Radio Collection
- 6 Channel receiver - select a minimum 6 channel receiver from our Receiver Collection
- 2x .25 size brushless outrunner motors - we recommend the Admiral GP2 3520-950kV Brushless Motor Multi-Pack (2 Motors)
- 2x 85 Amp brushless ESCs - we recommend TWO of the ZTW Mantis 45A ESC with 5A SBEC
- 2x 17g standard servos for ailerons - we recommend TWO Hitec HS-85BB High Torque Micro Servos
- 2x 45g standard servos for elevator and rudder - we recommend TWO Hitec HS-485HB Deluxe Ball Bearing Karbonite Gear Standard Servos
- 2x 9g standard servos for flaps - we recommend TWO Hitec HS-65HB Very High Torque 9g Micro Servos
- 3 Cell 11.1V 5000 - 6000 mAh LiPo Battery - we recommend the Admiral 5000mAh 3S 11.1V 50C LiPo Battery with EC5 Connector
- 2x Electric propellers - we recommend TWO of the APC 11x7 Thin Electric Propeller - Black
- 3 Cell compatible battery charger - select a minimum 3 cell (3S) charger from our Charger Collection
- DHC-6 Twin Otter float set - NXA-1004-118
Nexa ARF models are constructed out of balsa wood and plywood. These are not foam models. The assembly of balsa wood ARF aircraft requires basic model building skills including the installation of servos, ESC, and motor (or gas engine).
Comment