EMAX Tinyhawk Aero Guide: 65mm Racing Whoop Specs & Setup
Which EMAX Tinyhawk Aero should you order? The 65 mm 1S racing whoop ships in six BNF versions — Freestyle (27,000KV), Racing (30,000KV) and Performance (35,000KV), each in Analog or HDZero — and the choice is simple: Analog builds are the lightest (from about 16.3 g) and work with any 5.8 GHz analog goggles, while HDZero versions (from about 18.8 g) suit pilots already in the digital ecosystem. Pick Racing 30,000KV for the best balance of weight and gate-to-gate response, Performance 35,000KV for the maximum 174 g of thrust, or Freestyle 27,000KV for smooth proximity control. Note that the Aero is currently a preorder and ships as BNF — without transmitter, goggles or battery — so read the compatibility checklist below before you order.
What is the EMAX Tinyhawk Aero?
The Tinyhawk Aero is EMAX’s first purpose-driven serious racing whoop: a fully ducted 65 mm BNF platform with ExpressLRS 2.4 GHz control on every version, HQProp 31 mm tri-blade props and three motor options. The airframe is engineered around mass — the complete frame assembly including tray, mount and hardware weighs just 3.7 g — while full-coverage propeller ducts, a tall canopy around the FPV lens and a compact electronics core protect it during gate contact. It is explicitly a racing tool, not a trainer: reviewers such as CurryKitten describe it as a fast, agile racing whoop rather than a beginner-focused model, and it is already flyable in Liftoff: Micro Drones (update 1.1.2 or newer) for simulator practice.
How do the six Tinyhawk Aero versions compare?
The same 65 mm airframe carries three distinct motor and propeller combinations, each offered in Analog and HDZero. Thrust climbs from 142 g on the Freestyle build to 174 g on the Performance build — roughly a 6.7:1 thrust-to-weight ratio for the top analog configuration — while hover benchmarks run from 5:07 (Racing Analog) down to 2:54 (Performance HDZero). HDZero adds roughly 2.5 g of weight and cuts hover time by 35–40% across the board, the price of a digital video path on a 1S pack.
| Configuration | Motor | Dry weight | Max thrust | Analog hover / HDZero hover |
|---|---|---|---|---|
| Freestyle 27,000KV | 0702B | 16.4 g / 18.9 g | 142 g | 5:03 / 3:17 |
| Racing 30,000KV | 0702B | 16.3 g / 18.8 g | 147.6 g | 5:07 / 3:10 |
| Performance 35,000KV | 0702 | 16.9 g / 19.3 g | 174 g | 4:48 / 2:54 |
All versions share the 65 mm wheelbase, 85 × 85 × 40 mm maximum dimensions, 1S HV power and HQProp 31 mm tri-blades — 1.2 × 1.1 × 3 on Freestyle, 1.2 × 0.9 × 3 on Racing and Performance. The Freestyle prop’s higher pitch adds grip for technical lines, while the flatter racing props favor top speed and efficiency.
Analog or HDZero — which video system makes sense?
Match the video system to the goggles you already own; buying a new ecosystem just to shave 2.5 g rarely makes sense. The Analog package is the lightest path and the most compatible: an STM32G473 5-in-1 AIO with ICM42688 IMU and 16 MB blackbox, a 4-in-1 6 A ESC, a 40-channel VTX at 25/100/200/400 mW and an E03 camera with 160° diagonal FOV. The HDZero package swaps to an STM32F411 5-in-1 AIO, a 4-in-1 5 A ESC with an integrated 5V 1A BEC, a 25/200 mW HDZero VTX and the HDZ3261 digital camera. Our FPV goggles buying guide breaks down when digital clarity outweighs analog weight savings.
Why does the Tinyhawk Aero use the EM2.0 connector?
Battery current reaches the ESC and all four motors through one connector, so connector resistance sets the power ceiling at the exact moment a racing whoop asks for maximum punch. EMAX’s open-source EM2.0 standard is published at 10 A continuous, 20 A burst and 12.5 mΩ internal resistance — approximately 11% more continuous-current capacity and 33% more burst headroom than BT2.0’s published 9 A and 15 A ratings. EMAX even publishes the connector design package and STEP model on GitHub. The Aero was performance-tested around EM2.0, so keeping the connector preserves the tested electrical path; converting it changes the system and shifts the risk to your solder joints.
What do you need to buy with the Aero?
The Aero is BNF only: no transmitter, goggles or battery in the box. Your checklist: an ExpressLRS 2.4 GHz transmitter (the protocol behind every version — see our ExpressLRS 915 MHz vs 2.4 GHz guide), goggles matched to your chosen video system, and a 1S HV battery with the EM2.0 connector — 320 mAh is the specified Aero pack, with 270 and 300 mAh stick-format alternatives if you want lighter laps. Add the matching six-port USB 1S HV EM2.0 charger, and keep spares on the shelf: a frame and camera mount spare pack and a hardware kit are both available for the 17 g-class airframe. Charging basics live in our FPV charger guide.
Which motor option fits your flying?
Freestyle 27,000KV for control
The 0702B 27,000KV motors trade outright thrust for smoother throttle resolution — 142 g combined max thrust and the grippiest 1.2 × 1.1 × 3 prop — ideal for technical proximity lines and efficient cruising, with around 5:03 of analog hover time.
Racing 30,000KV for the stopwatch
The 30,000KV build is the lightest analog configuration at about 16.3 g and posts the longest listed hover benchmark at 5:07, with 147.6 g of thrust. It is the balanced default: quick gate-to-gate response without giving up flight time, and the version reviewers most often put head-to-head with the BETAFPV Air65 Champion Edition.
Performance 35,000KV for maximum attack
The 0702 35,000KV option delivers the highest listed output — 174 g combined max thrust and the most aggressive throttle response — at the cost of the shortest analog hover benchmark (4:48) and a preorder shipping window of around October 16, 2026.
Frequently Asked Questions
Is the Tinyhawk Aero ready to fly out of the box?
No. It is a BNF racing whoop, so you need an ExpressLRS 2.4 GHz transmitter, matching FPV goggles or receiver, and a charged 1S HV battery — bind and verify controls before the first flight.
Should I choose Analog or HDZero?
Choose the version that matches your existing goggles. Analog is the lightest (about 16.3–16.9 g dry) and works with standard 5.8 GHz receivers; HDZero adds about 2.5 g and a digital path for HDZero-compatible equipment, with hover time dropping to 2:54–3:17.
What battery does the Tinyhawk Aero use?
A 1S HV pack with the EM2.0 connector — 320 mAh is the specified setup, and 270/300 mAh stick packs fit the same format. A battery is not included with the BNF aircraft.
Are the listed flight times guaranteed?
No. The 2:54–5:07 figures are controlled hover benchmarks from full-charge testing; real flight time varies with throttle use, battery condition, motor option, video system and environment.
Is the Tinyhawk Aero good for beginners?
It is purpose-built for racing, and reviewers describe it as fast and agile rather than entry-level. Beginners can still start here with the Freestyle 27,000KV option and Liftoff: Micro Drones simulator practice, but a gentler whoop like those in our EMAX Tinyhawk micro whoop guide may be an easier first step.
Which Tinyhawk Aero should you buy?
Order the Racing 30,000KV if you want the proven all-rounder, the Performance 35,000KV if outright thrust is the goal, and the Freestyle 27,000KV for smooth technical flying — then pick Analog or HDZero to match your goggles. All six versions share the same 65 mm ducted frame, ELRS 2.4 GHz link and EM2.0 power path, and the motor theory behind the 0702 class is covered in our 0702 vs 0802 vs 1102 motors guide, with the freestyle big brother profiled in our Tinyhawk Freestyle 115 mm guide. Questions about version availability or EM2.0 packs? Contact our team before you order.