More Power. More Speed. More Juice.

The Hummingbird Pro 3.5” FPV Drone bridges the gap between our compact 2.5” Hummingbird and full-size 5” Falcon.

Built around the Supafly Flipmini 3.5” frame, the Hummingbird Pro delivers more speed, more outdoor authority, and stronger freestyle capability than a micro-class aircraft while remaining significantly smaller and lighter than a traditional 5” quad.

Best of all, it can be configured around what matters most to you.

Choose the 1404 lightweight configuration for an aircraft capable of remaining below 250g, or step up to the 1804 performance configuration for increased thrust and more aggressive freestyle performance.

This drone-only version is intended for pilots who already own compatible goggles, controller, batteries, charging equipment, or other FPV gear and simply want a professionally built WingSmith aircraft to add to their setup.

Every Hummingbird Pro is assembled, configured, tuned, inspected, and tested by WingSmith Drones in Saskatchewan before shipment.

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Quick Specs

*750mAh weight is estimated based on the measured difference between equivalent 650mAh and 750mAh batteries. Actual battery weight varies by brand and model.

Weight Note: Final ready-to-fly weight varies with motor configuration, battery, electronics, TPU components, GPS, accessories, and other selected options. Pilots intending to remain below a regulatory weight threshold should always confirm the final weight of their specific aircraft as flown.

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What’s Included

Every Hummingbird Pro Drone includes:

• Supafly Flipmini 3.5” frame
• Flywoo F722 Mini Flight Stack with AM32
• DJI O4 Lite Pro Air Unit in the standard configuration
• RCinPower GTS V3 1404 3850KV motors in the standard lightweight configuration
• RadioMaster XR1 ELRS 900 MHz receiver in the standard configuration
• Installed propellers
• Frame-specific TPU / 3D-printed protection components
• Battery strap
• Fully assembled and soldered aircraft
• Firmware and component configuration
• WingSmith setup and tuning
• WingSmith QA/QC inspection
• Functional testing before shipment
• Technical support for your selected configuration
• Lifetime eligibility for WingSmith repair support

Optional batteries, GPS, replacement components, upgraded motors, video-system options, and other compatible aircraft accessories may be added depending on your selected configuration.

This Is the Drone-Only Version

The following equipment is not included unless specifically selected as an add-on:

• FPV goggles
• Radio/controller
• Flight batteries
• Battery charger
• Tool kit
• Complete beginner equipment package

Liftoff FPV Simulator access is included with our complete WingSmith Drone Kits and is not included with drone-only purchases.

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What You’ll Need

Before ordering the Hummingbird Pro Drone, make sure you have — or plan to purchase — compatible:

• FPV goggles
• Radio/controller
• LiPo batteries
• LiPo-compatible charger
• Safe LiPo charging and storage equipment

Your goggles must be compatible with your selected video system, and your radio must be compatible with the receiver installed in the aircraft.

FPV compatibility gets complicated quickly, especially when mixing existing equipment with a new aircraft.

If you’re unsure whether your current gear will work, send us a message before ordering.

Tell us what goggles, controller, batteries, and charging equipment you already use and we’ll help confirm compatibility before we build your drone.

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Performance

Tested Cruising Flight Time: 5–8 Minutes

Our Hummingbird Pro has achieved approximately 5–8 minutes of cruising flight using a 750mAh battery during real-world testing.

This represents cruising-style flight rather than continuous aggressive freestyle.

Actual flight time will vary depending on:

• Flying style and throttle use
• Aggressive freestyle versus relaxed cruising
• Wind and weather conditions
• Ambient temperature
• Battery capacity, age, and condition
• Motor configuration
• Added payload or accessories
• Propeller selection
• Overall aircraft weight and setup

Our published 5–8 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 reduce flight time.

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Two Configurations. One Platform.

One of the biggest advantages of the Hummingbird Pro is its ability to be configured around two very different priorities.

1404 Lightweight Configuration

Choose the RCinPower GTS V3 1404 3850KV motors with an appropriate 650mAh battery for a lightweight Hummingbird Pro capable of remaining below 250g.

This configuration prioritizes:

• Lower aircraft weight
• Efficiency
• Responsive handling
• Compact performance
• Sub-250g capability when appropriately configured

This is the best choice for pilots who want the increased capability of a 3.5” platform while keeping overall aircraft mass as low as possible.

1804 Performance Configuration

Choose the RCinPower GTS V3 1804 3450KV motors if your priority is greater thrust, stronger punch-outs, and more aggressive freestyle performance.

Our completed 1804-equipped Hummingbird Pro measured:

208.54 g — Dry aircraft

269.10 g — With 650mAh battery

Approx. 276.32 g — Estimated with 750mAh battery

The larger motors add weight but give the aircraft considerably more authority and a more aggressive freestyle feel.

Choose What Matters to You

1404 Configuration: Lightweight, efficient, sub-250g capable

1804 Configuration: More thrust, more authority, more aggressive freestyle performance

Neither is inherently better.

They’re designed around different pilots and different priorities.

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Upgrade & Configuration Options

The Hummingbird Pro can be configured around the FPV equipment you already own and the way you plan to fly.

Motor Configuration

RCinPower GTS V3 1404 — 3850KV

The lightweight configuration.

Ideal for pilots prioritizing efficiency, low weight, responsive handling, and sub-250g capability when paired with an appropriate battery and aircraft configuration.

RCinPower GTS V3 1804 — 3450KV

The performance configuration.

Ideal for pilots looking for increased thrust, stronger punch-outs, and a more aggressive freestyle aircraft.

Our tested 1804 configuration exceeds 250g with the batteries shown above.

Flight Stack

Upgrade to the Flywoo F743 Pro Mini Flight Stack with AM32 for additional processing capability and a higher-performance electronics platform.

Racing / High-Performance Electronics

The HDZero Halo Racing Stack is available for pilots looking for a performance-focused, high-current electronics package.

Video System

The standard Hummingbird Pro uses the DJI O4 Lite Pro Air Unit.

Compatible upgraded options may include the DJI O4 Pro for pilots wanting additional recording, transmission, or video capabilities.

Receiver

The standard configuration uses the RadioMaster XR1 ELRS 900 MHz receiver.

If you already use a particular radio system or ELRS setup, contact us before ordering and we can confirm compatibility with your equipment.

GPS

GPS can be added for pilots wanting compatible GPS-based functionality and additional aircraft positioning data.

Adding GPS or other accessories may increase final aircraft weight.

Batteries

The Hummingbird Pro can be configured around different compatible battery sizes depending on whether your priority is:

• Minimum aircraft weight
• Sub-250g capability
• Increased flight duration
• Aggressive freestyle performance
• Power delivery

The 1404 lightweight configuration is designed around a 650mAh battery when keeping weight low is the priority.

Our published 5–8 minute cruising figure was tested using a 750mAh battery.

Spare & Replacement Parts

Available options may include:

• Additional batteries
• Spare propellers
• Replacement frame components
• Replacement TPU components
• Spare motors
• Alternative 3D-printed colours
• Frame hardware
• Maintenance and repair components

Not sure what configuration makes sense?

Ask us.

We’ll help build the aircraft around the equipment you already own and the way you actually intend to fly it.

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What Makes the Hummingbird Pro Different

Configure It Around How You Fly

The Hummingbird Pro doesn’t force every pilot into the same build.

Want a lightweight 3.5” aircraft capable of remaining below 250g?

Choose the 1404 lightweight configuration with an appropriate 650mAh battery.

Want more thrust, stronger punch-outs, and more aggressive freestyle performance?

Choose the 1804 performance configuration.

Same platform.

Different priorities.

The Sweet Spot Between Micro and Full-Size FPV

The Hummingbird Pro sits directly between our compact 2.5” Hummingbird and full-size 5” Falcon.

It provides considerably more outdoor authority and performance than the smaller Hummingbird while remaining much lighter and easier to transport than a traditional 5” aircraft.

Serious 3.5” Performance

The Hummingbird Pro isn’t simply an oversized micro drone.

The Flipmini platform gives pilots genuine 3.5” FPV capability — smooth cruising when you want it, with enough performance for fast directional changes, punch-outs, freestyle manoeuvres, and high-energy flight.

Built for Pilots Who Already Have Their Gear

Already own compatible goggles?

Already have a controller you like?

Have batteries, charging equipment, and FPV tools on your bench?

You shouldn’t have to buy all of it again just to add another aircraft to your fleet.

The Hummingbird Pro Drone gives you the professionally built WingSmith aircraft without forcing you into a complete equipment package.

Built to Progress With You

The Hummingbird Pro can evolve as your skills and priorities change.

Motors, electronics, video hardware, batteries, receiver, and accessories can all be modified or upgraded over time.

Start lightweight.

Add performance.

Change the setup.

Make it yours.

Repairable by Design

The Hummingbird Pro is built using individually replaceable FPV components.

Damage a motor? Replace the motor.

Break a frame component? Replace that part.

Damage an antenna, camera, propeller, receiver, or electronics component? Repair or replace the affected component instead of replacing the entire aircraft.

Professionally Built and Tuned

Every WingSmith Hummingbird Pro 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 maintenance and repair in mind

You choose the equipment.

We handle the build.

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Drone-Only or Complete Kit?

The aircraft receives the same WingSmith assembly, configuration, tuning, QA/QC, and repair support either way.

The difference is simply how much equipment you need around it.

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Support & Repair

FPV drones are meant to be flown.

And sometimes that means crashing them.

We don’t pretend crashes don’t happen — we build our drones knowing they will.

That’s why WingSmith aircraft use serviceable, individually replaceable components, and why our support doesn’t disappear once your order ships.

Hummingbird Pro 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 technical resources
• Lifetime eligibility for WingSmith repair support

Want to learn how to make the repair yourself?

We’ll help walk you through it.

Prefer to send the aircraft back to us?

We can take care of it.

Break It. Repair It. Upgrade It. Fly Again.

A good FPV drone shouldn’t become obsolete because your skills improved — and it shouldn’t become garbage because you crashed it.

Forged for Flight.

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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, and sustained high-throttle flight will generally result in shorter flight times.