Nexa 1400mm (55") wingspan DH.82 Tiger Moth Biplane in British Camo - 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 DH.82 Tiger Moth is a 1930s British biplane designed by Geoffrey de Havilland and built by the de Havilland Aircraft Company. Operated by both the Royal Air Force (RAF) and others, the Tiger Moth saw distinguished service as a dependable training aircraft. RAF Tiger Moths also served in WW2 as maritime surveillance and even as a light bomber.
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 DH.82 Tiger Moth is a .46 size electric or gas option scale series warbird with a 1400mm wingspan, constructed primarily from balsa wood and covered with a fuel-resistant covering. This ARF requires assembly and installation of your choice of servos and power system, and includes four piece wing with aluminum wing joiners, wing cabane, bracing and struts, painted pilot, pre-hinged and installed control surfaces. The large battery hatch affords ample room for either electric or gas setups. An absolute classic at any airfield.
Fully Covered and Detailed The Nexa Tiger Moth comes fully covered in the British Royal Air Force camo livery in a satisfying matte finish. |
Scale Details Throughout There is no shortage of scale details with this Tiger Moth including wing cabane, bracing, struts, detailed cockpits and painted pilot. |
Prehinged and Installed Control Surfaces All control surfaces come out of the box fully pre-hinged and installed for your convenience. |
Four Piece Wing with Aluminum Wing Joiners The Nexa Tiger Moth comes with four piece wing with aluminum wing joiners for easy transportation. |
- High contrast and attractive RAF (Royal Air Force) camo livery
- Complete Balsa and lite-ply construction for rigidity and durability
- Four piece wing with aluminum wing joiners for easy transport
- Covered from tip to tail in scale details including painted pilot and nicely detailed cockpits
- Fiberglass cowling for strength and durability
- All control surfaces come out of the box pre-hinged and installed for convenience
- Large battery hatch allows for your chosen electric or gas setup
- Nexa DH.82 Tiger Moth British Camo 1400mm (55") Wingspan - ARF
- Wheels, wheel covers
- Engine mounts, spinner
- Fuel tank, 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
- .50 size brushless outrunner motor - we recommend the Admiral GP5 4220-770kV Brushless Motor
- 85 Amp brushless ESC - we recommend the ZTW Mantis 65A 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
- 4 Cell 14.8V 4000 - 5000 mAh LiPo Batteries - we recommend the Admiral 5000mAh 4S 14.8V 40C LiPo Battery with XT60 Connector
- Electric propeller - we recommend the APC 12x6 Thin Electric Propeller - Black
- 4 Cell compatible battery charger - select a minimum 4 cell (4S) charger from our Charger Collection
- 2 stroke engine - we recommend the NGH GT9 Pro 9cc Two-Stroke Engine
- 2 blade gas propeller - we recommend the APC 11x6 Gas Propeller
Customer Note
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).
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).
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