The Falcon 5.0" FPV Drone Kit
The Falcon 5.0" FPV Drone Kit
Please take a moment to review our Drone Ownership & Responsibilities before adding this item to your cart.
Depending on your drone’s weight, setup, and where you fly, registration, a pilot certificate, airspace authorization, or other requirements may apply. You are responsible for operating safely and following the rules that apply to your location and flight.
Please allow a 2-3 week lead time on drone orders. Thank you!
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🎃 Halloween Edition Includes
Limited-edition orange + purple 3D printed parts, exclusive Halloween sticker, numbered QA certificate, and your choice of one Halloween “Treat.”
Full-Size FPV. No Compromises.
The Falcon 5.0” FPV Drone Kit is WingSmith’s full-power, full-size FPV platform — built for pilots who want speed, authority, aggressive freestyle capability, and the unmistakable feel of a true 5” quad.
Choose between two premium frame platforms: the Quadmula Siren F5 S2 or the Supafly Syncmode V2, then configure the Falcon around the way you want to fly.
This isn’t simply the biggest drone in our lineup. The Falcon is designed for pilots who want the wider performance envelope that comes with a full-size FPV platform — from smooth cruising and cinematic lines to hard punch-outs, dives, freestyle, and high-energy flight.
Every Falcon is professionally assembled, configured, tuned, inspected, and tested by WingSmith Drones in Saskatchewan before shipment.
Quick Specs
| Specification | Falcon 5.0” |
|---|---|
| Frame Options | Quadmula Siren F5 S2 / Supafly Syncmode V2 |
| Propeller Size | 5” |
| Flight Controller / ESC | Flywoo H743 Pro Flight Stack — AM32 |
| Video System | DJI O4 Lite Pro Air Unit |
| Motors | RCinPower Wasp Major V2 — 1980KV |
| Receiver | RadioMaster XR1 ELRS — 900 MHz |
| Battery Connector | XT60 |
| Standard Kit Battery | 1400mAh LiPo |
| Measured Dry Weight — Photographed Build | 435.20 g |
| Measured Ready-to-Fly Weight — Photographed Build | 646.22 g |
| Tested Cruising Flight Time | 7–12 minutes with 1500mAh battery |
| Primary Flight Style | Freestyle, speed, cruising & high-performance FPV |
| Build | Fully assembled, configured & tuned |
| Testing | WingSmith QA/QC and functional testing before shipment |
Weight Note: Falcon weight varies depending on frame choice, battery, motors, electronics, video system, TPU components, GPS, accessories, and other selected options. The weights above represent a completed WingSmith Falcon in the photographed configuration and should not be interpreted as the weight of every possible Falcon build.
What’s Included
Core Falcon Build
Every standard Falcon Kit includes:
- Quadmula Siren F5 S2 frame or Supafly Syncmode V2 frame
- Flywoo H743 Pro Flight Stack with AM32
- DJI O4 Lite Pro Air Unit
- RCinPower Wasp Major V2 1980KV motors
- RadioMaster XR1 ELRS 900 MHz receiver
- DJI Goggles N3
- RadioMaster Pocket Crush controller
- 2 × 1400mAh LiPo batteries with XT60 connectors
- Frame-specific TPU / 3D-printed protection package
- ISDT 608AC50 Smart Battery Charger
- Tool kit for adjustments, maintenance, and repairs
- WingSmith QA/QC documentation
Also Included With Every Complete Kit
- Liftoff FPV Simulator access code
- WingSmith Academy training
- Setup and onboarding resources
- Technical support and consultation
- Access to WingSmith repair services
The goal is to give you a complete, matched FPV system — aircraft, goggles, controller, batteries, charging equipment, training, and support — without requiring you to source and configure every component yourself.
Performance
Tested Cruising Flight Time: 7–12 Minutes
Our Falcon builds have achieved approximately 7–12 minutes of cruising flight using a 1500mAh battery during real-world testing.
The Falcon has a particularly wide performance envelope, which means flight time can change dramatically depending on how it is flown.
A relaxed cruising flight places very different demands on the battery than repeated punch-outs, high-speed freestyle, dives, or sustained high-throttle flying.
Actual flight time will vary depending on factors including:
- Flying style and throttle use
- Cruising versus aggressive freestyle
- Wind and weather conditions
- Ambient temperature
- Battery capacity, age, and condition
- Motor configuration
- Propeller selection
- Added payload
- Action cameras or other accessories
- Overall aircraft weight and configuration
Our published 7–12 minute range represents observed cruising performance and is not a guaranteed flight duration. Aggressive freestyle, racing, repeated punch-outs, and sustained high-throttle flight will generally result in shorter flight times.
Measured WingSmith Build Weight
The completed Falcon shown in our weight testing measured:
435.20 g — Dry aircraft
646.22 g — Ready-to-fly configuration
These are measurements of a completed WingSmith-built aircraft — not the weight of a bare frame or a theoretical parts list.
Individual Falcon builds will vary depending on the selected frame, battery, electronics, motor configuration, video hardware, TPU, GPS, and accessories.
Two Premium Frame Options
One of the Falcon’s defining features is the ability to choose between two distinctly premium 5” frame platforms.
Quadmula Siren F5 S2
The Siren F5 S2 is an excellent all-around 5” freestyle platform that balances durability, weight, serviceability, and high-performance flight.
It’s a great choice for pilots looking for a responsive, versatile Falcon capable of freestyle, cruising, fast outdoor flying, and general-purpose FPV.
Supafly Syncmode V2
The Syncmode V2 pushes the Falcon further into aggressive freestyle territory.
Its reinforced construction and freestyle-focused geometry make it particularly well suited to pilots who expect to fly hard, push their aircraft, and prioritize strength and confidence over minimum weight.
Which One Should You Choose?
Siren F5 S2: Versatile, responsive, balanced 5” freestyle platform
Syncmode V2: Premium, reinforced, aggressive freestyle platform
Not sure which makes sense?
Ask us.
We’ll help match the frame to how you actually intend to use the aircraft.
Upgrade Options
The Falcon already starts with high-performance hardware, but the platform leaves plenty of room for further customization.
Motor Configuration
The standard Falcon uses RCinPower Wasp Major V2 1980KV motors, providing an excellent balance of power, control, and efficiency for a full-size 5” platform.
Higher-performance Wasp Major V2 motor configurations are available for pilots looking for an even more aggressive response and increased thrust.
If outright performance matters more to you than maximum flight efficiency, we can help configure the motor and propeller combination accordingly.
Racing / High-Performance Electronics
For pilots looking for a more competition-focused or ultra-high-performance electronics package, the HDZero Halo Racing Stack is available on compatible Falcon configurations.
With a high-current design and racing-focused architecture, it’s an option for pilots who want to push the platform beyond the standard electronics package.
The HDZero Halo Racing Stack option is available with the Syncmode V2 frame configuration.
Video System
Upgrade from the standard DJI O4 Lite Pro Air Unit to the DJI O4 Pro for additional onboard recording capability, dual antennas, microSD storage, and higher-end video features.
Goggles
Upgrade from the standard DJI Goggles N3 to DJI Goggles 3 for a more premium viewing experience and additional display features.
Controller
Upgrade from the RadioMaster Pocket Crush to the RadioMaster TX15 MAX for premium gimbals, additional controls, touchscreen interface, and a more advanced transmitter platform.
Battery Options
The standard Falcon Kit includes 1400mAh LiPo batteries, but compatible battery options can be selected depending on your preferred balance of:
- Flight time
- Aircraft weight
- Power delivery
- Freestyle performance
- Payload
- Intended use
Our published 7–12 minute cruising range was observed using a 1500mAh battery.
Additional Options
Depending on your configuration, available options may include:
- GPS
- Additional batteries
- Spare propellers
- Spare motors
- Replacement TPU parts
- Alternative 3D-printed colours
- Replacement frame components
- Action camera mounts
- Maintenance and repair components
Not sure whether an upgrade actually makes sense for your build?
Ask us.
We’d rather configure the aircraft around your flying style than sell you an expensive part you don’t need.
What Makes the Falcon Different
A True 5” FPV Platform
There’s a reason the 5” format became synonymous with high-performance FPV.
Larger propellers, powerful motors, greater momentum, and significantly more thrust give the Falcon a performance envelope that our smaller aircraft simply aren’t intended to replicate.
This is the platform for pilots who want to go fast, dive hard, carry momentum, and experience full-size FPV.
Built for High-Energy Flight
The Falcon is at home during:
- Freestyle
- Fast cruising
- Power loops
- Dives
- Punch-outs
- Open-area exploration
- High-speed outdoor flight
- Action-camera flying
You can cruise it.
But cruising is only a fraction of what it can do.
Two Premium Frame Platforms
Rather than forcing every Falcon customer into the same frame, we offer both the Quadmula Siren F5 S2 and Supafly Syncmode V2.
That lets us build the Falcon around your priorities instead of asking your flying style to fit the aircraft.
More Room to Configure
A full-size platform provides considerably more flexibility for batteries, cameras, electronics, GPS, antennas, and additional equipment than smaller FPV aircraft.
For pilots who enjoy modifying and evolving their builds over time, the Falcon provides plenty of room to grow.
Premium Components Throughout
The Falcon isn’t an inexpensive aircraft surrounded by expensive accessories.
The drone itself uses carefully selected:
- Frame hardware
- Flight electronics
- Motors
- Digital video hardware
- Receiver
- Propellers
- Wiring
- TPU protection
- Power system components
Every component has a job to do as part of the complete aircraft.
Repairable by Design
Crash damage doesn’t mean replacing the entire drone.
Break an arm? Replace the affected frame component.
Damage a motor? Replace the motor.
Destroy a propeller? Replace the propeller.
Damage an antenna, camera, receiver, or electronics component? Repair or replace the affected part.
The Falcon is designed as a serviceable aircraft, not a sealed consumer device.
Professionally Built and Tuned
A WingSmith Falcon is more than the retail price of its individual components.
Every aircraft is:
- Professionally assembled
- Soldered and wired
- Configured for its selected hardware
- Firmware configured
- Receiver and control systems set up
- Tuned to provide a solid starting point
- Inspected before shipment
- Functionally tested
- Documented through our QA/QC process
- Built with future repair and maintenance in mind
We handle the compatibility, assembly, configuration, and setup so you can concentrate on flying.
Support & Repair
A high-performance FPV drone is going to have an exciting life.
That occasionally includes introducing it to a tree at an unreasonable speed.
We expect WingSmith drones to get flown, crashed, repaired, and flown again.
That’s why our support doesn’t disappear when your order ships.
Falcon owners have access to:
- Technical troubleshooting
- Free repair consultations
- Video-assisted repair guidance
- Replacement-part assistance
- Mail-in diagnostic and repair services
- Configuration and setup support
- WingSmith Academy training resources
- Lifetime eligibility for WingSmith repair support
Want to learn how to repair your Falcon yourself?
We’ll help walk you through it.
Prefer to send it back to us?
We can take care of it.
Break It. Repair It. Upgrade It. Fly Again.
FPV drones aren’t meant to spend their lives looking pretty on a shelf.
Fly it.
Push it.
Fix it.
Learn from it.
Then send it again.
Forged for Flight.
About Our Performance Figures
WingSmith performance figures are based on real-world testing of completed WingSmith-built aircraft.
FPV flight time cannot be represented by one guaranteed number because energy consumption changes significantly with throttle use, flying style, battery condition, motor configuration, payload, propeller selection, temperature, wind, and aircraft setup.
Published flight-time ranges represent our observed cruising performance under suitable conditions.
Aggressive freestyle, racing, repeated punch-outs, heavy payloads, and sustained high-throttle flight will generally result in shorter flight times.
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