HSDJETS 2000mm HSDJETS-182 RTF Package – Blue
The HSDJETS 2000mm HSDJETS-182 combines the stable handling of a large high-wing aircraft with a powerful 6S brushless power system, functional flaps, integrated LED lighting, and rugged all-metal fixed landing gear. With its 2000mm wingspan and highly visible blue-and-white finish, the HSDJETS-182 is designed for relaxed scale flying, smooth takeoffs, predictable approaches, and confident everyday sport flying.
The airframe is constructed from HSD’s lightweight AeroCore 35 Sport EPO, providing a practical balance of low weight, structural durability, and crisp flight performance. The large wing area and high-wing configuration help provide stable, predictable handling, while the functional flaps allow the aircraft to slow down for controlled approaches and shorter landings.
Power is provided by a factory-installed 5055-500KV brushless motor, Hobbywing 80A ESC, and 14.5 × 7 three-blade propeller. The recommended 6S 5000–6000mAh LiPo power system provides strong takeoff performance and approximately 8–10 minutes of flight time depending on battery selection, throttle use, weather conditions, and flying style.
The HSD MFC-2065 multifunction control system organizes the aircraft’s installed electronics and simplifies receiver integration. Six high-voltage metal-gear servos operate the ailerons, flaps, elevator, and rudder, while a separate 2S receiver battery powers the aircraft’s control system independently from the main flight battery.
Choose Your RTF Package
Select the Ready-To-Fly package that best matches your preferred radio system and equipment needs. Available packages may include different Flight Pro radio and receiver combinations, battery options, chargers, or additional accessories. The exact contents of each package are shown in the product-option selector.
Each Flight Pro RTF package includes a compatible transmitter and receiver system professionally configured for the HSDJETS-182. The receiver is installed and connected to the aircraft, and the transmitter is programmed with the required primary controls and aircraft functions included with the selected package.
Flight Pro programming removes much of the uncertainty normally associated with setting up a large PNP aircraft. The aircraft and radio system still require final assembly, inspection, battery installation, center-of-gravity verification, control-direction checks, range testing, and other preflight procedures before operation.
Flight Pro Pre-Configured Radio System
The selected Flight Pro radio package is prepared specifically for the HSDJETS-182 and may include programmed control assignments, flap operation, throttle safety, rates, expo, timers, voice alerts, telemetry, and other functions supported by the selected transmitter, receiver, and installed equipment.
Programming features vary between RTF package options. Review the contents and feature list of the selected package before ordering. Batteries, chargers, telemetry sensors, stabilization systems, and optional aircraft accessories are included only when specifically listed with the selected option.
AeroCore 35 Sport EPO
The HSDJETS-182 uses HSD’s lightweight AeroCore 35 Sport EPO construction. This material is designed for electric sport aircraft where manageable weight, efficient performance, and predictable handling are important. The lightweight airframe helps the HSDJETS-182 maintain its large presence without unnecessarily increasing wing loading.
Key Features
Large 2000mm high-wing RC aircraft
Available with multiple Flight Pro RTF package options
Compatible radio and receiver system included with the selected RTF package
Receiver installed and transmitter professionally programmed for the HSDJETS-182
AeroCore 35 Sport lightweight EPO airframe
Stable high-wing flight characteristics
Functional ailerons, elevator, rudder, and flaps
Factory-installed LED lighting system
HSD MFC-2065 multifunction control system
5055-500KV brushless outrunner motor
Hobbywing 80A electronic speed controller
14.5 × 7 three-blade propeller
Six high-voltage metal-gear servos
Separate receiver-battery power system
All-metal fixed tricycle landing gear
Large 56.1dm² wing area
Approximately 8–10 minutes of flight time with the recommended battery
Fast final assembly using factory-installed electronics
Optional float set available separately
Optional electromagnetic brake system available separately
Optional stabilization system available separately
Blue-and-white scale-inspired finish
RTF Package Note
Package contents vary according to the selected RTF option. Review the option description before ordering to confirm the included transmitter, receiver, batteries, charger, telemetry equipment, stabilization features, and accessories.
“Ready-To-Fly” means the aircraft includes a configured radio system through the selected package. Final assembly, battery charging, control verification, center-of-gravity adjustment, range testing, and preflight inspection are still required before flight.
Specifications
Model: HSDJETS-182
Color: Blue
Configuration: Flight Pro RTF Package
Original Aircraft SKU: A63 02 02 00
Wingspan: 2000mm / 78.7 in
Length: 1586mm / 62.4 in
Flying Weight: Approximately 5kg / 11 lb with 6S 5200mAh battery
Wing Area: 56.1dm²
Wing Loading: 89.1g/dm²
Center of Gravity: 96mm behind the leading edge of the main wing
Airframe Material: AeroCore 35 Sport EPO
Finish: Matte water-based paint with decals
Cruising Speed: Approximately 80–90km/h / 50–56mph
Estimated Flight Time: Approximately 8–10 minutes
Recommended Experience Level: Beginner or above
Estimated Final Assembly Time: Approximately 10 minutes
Operating Temperature Range: 0–40°C / 32–104°F
Power System
Motor: 5055-500KV brushless outrunner
ESC: Hobbywing 80A
Propeller: 14.5 × 7 three-blade
Recommended Flight Battery: 6S 22.2V 5000–6000mAh 45C LiPo
Aircraft Battery Connector: EC5
Recommended Receiver Battery: 2S 7.4V 2000–3000mAh LiPo with XT60 connector
Battery Charger: Compatible LiPo charger required unless included with the selected RTF package
Installed Electronics
Control System: HSD MFC-2065
Aileron Servos: Two 7.4V 25g metal-gear servos
Flap Servos: Two 7.4V 25g metal-gear servos
Elevator Servo: One 7.4V 25g metal-gear servo
Rudder Servo: One 7.4V 25g metal-gear servo
Ailerons: Functional
Flaps: Functional
Elevator: Functional
Rudder: Functional
LED Lighting: Factory installed
Landing Gear
Configuration: Fixed tricycle landing gear
Construction: All-metal
Optional Electromagnetic Brakes: Available separately
Optional Floats: Available separately
Radio System
Transmitter: Included with selected Flight Pro RTF package
Receiver: Included, installed, and configured with selected Flight Pro RTF package
Programming: Pre-configured specifically for the HSDJETS-182
Additional Features: Vary by selected transmitter and receiver package
Setup Notes
Choose the Correct RTF Package
Select the package that includes the transmitter, receiver, battery equipment, telemetry features, and accessories you need. Package contents vary, so review the selected option before ordering.
Pre-Configured Radio System
The included transmitter and receiver are prepared specifically for the HSDJETS-182. Do not copy the model profile to another aircraft or change channel assignments without documenting the original setup.
Final Assembly Is Required
The aircraft still requires final assembly before flight. Install the wings, wing braces, tail components, landing gear, propeller, and related hardware according to the aircraft manual.
Read the Instructions
Review the HSDJETS-182 manual and any Flight Pro radio instructions included with the selected package before connecting batteries or operating the aircraft.
Receiver Battery
The MFC-2065 and installed servos use a separate 2S receiver battery. Use a fully charged 7.4V 2000–3000mAh LiPo battery with the correct XT60 connector unless one is included with the selected package.
Flight Battery
Use a properly rated 6S 5000–6000mAh LiPo battery with the correct connector. Secure the battery firmly and position it as needed to achieve the specified center of gravity.
Center of Gravity
Balance the fully assembled aircraft at 96mm behind the leading edge of the main wing. Check the balance with both batteries installed in their intended flying positions.
Propeller Safety
Treat the propeller as live whenever the flight battery is connected. Keep people, tools, clothing, and loose objects clear of the propeller arc. Use the programmed throttle-safety function whenever the aircraft is powered.
Control-Direction Check
Before every flight, confirm that the ailerons, elevator, rudder, and flaps move in the correct direction. Verify that both flaps deploy evenly and that no servo or control surface binds.
Pre-Configured Does Not Mean Preflight-Free
The radio system is programmed in advance, but the pilot is still responsible for verifying control directions, servo operation, center of gravity, battery condition, hardware, wing braces, failsafe operation, and overall airworthiness.
Range Test
Complete a radio range test before the first flight and after any receiver, antenna, wiring, or radio-system change. Do not fly if the controls hesitate, twitch, lose connection, or behave unexpectedly.
Failsafe
Verify that the motor returns to a safe off condition if the transmitter signal is interrupted. Test failsafe with the propeller removed whenever practical.
Flap Operation
Test flap deployment while the aircraft is secured. Confirm that both flaps move evenly, return fully, and do not cause the servos to buzz or bind.
First Flight
Use a large flying area with a smooth runway and light wind. Use gradual control inputs and remain at a safe altitude while confirming trim, flap behavior, and overall handling.
Flight Timer
Set the first flight timer conservatively. Land early and measure the remaining battery capacity before increasing the timer on later flights.
Optional Equipment
Floats, electromagnetic brakes, stabilization equipment, telemetry sensors, and other accessories may require separate installation and changes to the programmed radio profile.
