Emax Tinyhawk III RTF
FPV
~$359

Emax

Emax Tinyhawk III RTF

40 gNo registration

Seventy-five millimetres between motors rather than the 65 of a true tiny whoop, which is the reason this kit outflies its price. The extra size gives it authority in a breeze that the smaller whoops simply do not have, and TH0802 II motors at 15,000KV plus a RunCam Nano 4 camera make it a serious indoor racer as well. The goggles are where the money went: Transporter 2 with a DVR and diversity receivers, meaning two antennas instead of one and a noticeably more stable picture behind obstacles. That also explains a $359 kit price against $160 for a brushed starter. If you already know you want to keep flying FPV, the extra spend is the difference between equipment you replace in six months and equipment you keep.

The 250-gram line

Under 250 g: recreational flight needs no FAA registration, and Remote ID does not apply.

Every recreational flyer must also take TRUST and carry proof of it, at any weight. Rules checked against faa.gov on 2026-09-24. Not legal advice — how this is worked out.

Approx. price
~$359
no bundle price verified
Sensor area
—
not published
Claimed flight
5 min
no cited test
Best for
Buying goggles you keep after the quad

What that 5-minute claim is measured at

Emax quotes roughly 5 minutes on the included 1S 450 mAh pack, which assumes indoor cruising rather than punch-outs.

That works out to 1.4 claimed minutes per $100 of the base kit. Compared with the rest of the catalog.

Buying one in the US: sold

Checked 24 Sep 2026. Sold through Emax's US store and FPV retailers including ReadyMadeRC.

Specifications

DVR in the Transporter 2 goggles — no onboard recording
None
1.7 Wh
Analog 5.8 GHz
0.3 km (FCC)
Indoor and calm outdoor use — no published rating
Emax E8 transmitter and Transporter 2 goggles with DVR, both in the box
Released
2021

True first-year cost: ~$359 — the base kit at ~$359; no crash-plan price has been verified for this model, so nothing is added for it.

What it has

  • 75 mm wheelbase — larger and steadier than a 65 mm whoop
  • TH0802 II 15000KV motors with a RunCam Nano 4 camera
  • Switchable 25/100/200 mW video transmitter
  • Transporter 2 goggles with DVR and diversity receivers
  • Emax E8 transmitter included
  • Ducted frame for indoor flying

In its favour

  • Diversity receivers in the goggles give a much steadier picture than single-antenna starters
  • The 75 mm frame handles light breezes that stop a 65 mm whoop
  • Switchable VTX power lets it share a field without stomping other pilots
  • Goggles and radio are worth keeping after you outgrow the quad
  • Records flights via the goggle DVR

Against it

  • $359 is more than twice the cheapest complete kit here
  • About five minutes per pack
  • Analog video, so the DVR footage is reference quality only
  • A 2021 design competing with newer digital-capable kits

The two lists above are drawn from the manufacturer’s published specifications and from the cited reviews, not from owner reports.

What owners report

Summarised from public owner discussions plus the dated, published sources listed at the end.

The Tinyhawk III's argument in owner discussions is about what you keep. The quad is a competent 75 mm whoop, larger and steadier than a true tiny whoop and capable outdoors in calm air — but the money is in the goggles. Transporter 2 goggles with diversity receivers and a DVR give a materially more stable picture behind obstacles than the single-antenna sets in cheaper kits, and they remain useful long after the aircraft has been replaced.

That is also the case against it: at more than twice the price of an entry kit, it is a purchase for somebody who has already decided FPV is going to stick. For anyone still finding out, the cheaper brushless whoops do the learning just as well.

What owners like

  • The diversity receivers in the Transporter 2 goggles give a much steadier picture behind obstacles than single-antenna starter goggles
  • The 75 mm frame handles light breezes that stop a 65 mm whoop
  • Switchable video transmitter power lets it share a field without stomping other pilots
  • The goggles and radio are worth keeping after the quad has been outgrown
  • Records flights via the goggle DVR

Common complaints

  • More than twice the price of the cheapest complete kit here
  • About five minutes per pack
  • Analog video, so the DVR is reference quality only
  • A 2021 design competing against kits with newer digital options

Questions owners ask

Why is it so much more expensive than a Cetus kit?
The goggles. Diversity receivers — two antennas rather than one — and a DVR account for most of the difference, and they are the part of an FPV setup with the longest useful life. The quad itself is in the same class.
Can it fly outdoors?
In calm conditions, yes, and better than a 65 mm whoop because of the larger frame. It is still a sub-50-gram aircraft; anything more than a light breeze wins.
What does switchable VTX power actually do?
It lets you drop the transmitter to 25 mW when flying near other pilots so you do not overwhelm their video channels, and raise it to 200 mW when you are alone and want range. Flying at full power on a shared field is the fastest way to become unpopular.

Published sources: oscarliang.com, shop.emax-usa.com

Emax Tinyhawk III RTF, head-to-head

Shopped alongside it

More from Emax →
GEPRC TinyGO 4K
~$280
FPV
60 gNo registration

Most beginner whoops record nothing, or record the same low-resolution analog picture you were looking at through the goggles. This one carries a Caddx Loris that writes 4K/60 to its own card while the analog feed handles the flying — which is exactly how full-size FPV builds work, and the reason a TinyGO flight can produce footage worth keeping. The frame is 79 mm on 10,000KV motors with 1.6-inch props, so it sits between a tiny whoop and the Cetus X in authority. Four batteries and a four-channel charger come in the box at six minutes each. A RunCam-camera version sells for roughly sixty dollars less and loses the 4K recording, which is the whole reason to buy this one.

Sensor
—
Claimed
6 min
Base kit
~$280

Best for: Beginner FPV that produces usable footage

Full spec sheet
BetaFPV Cetus X FPV Kit
~$260
FPV
55 gNo registration

The step where a training whoop turns into something you fly outdoors. A 1103 11000KV motor on each arm, 2020 four-blade props, a 400 mW video transmitter and 600 metres of rated range mean the Cetus X will hold a line in a park rather than skittering around a living room. The kit's real upgrade is quieter than the motors: the VR03 goggles have a DVR, so your flights exist afterwards, which the cheaper Cetus kits cannot do. Angle, Horizon and Air modes cover the whole learning curve from self-levelling to fully manual. Five minutes per pack is still five minutes — four batteries come in the box for a reason — and there is nothing here to stop you hitting a tree. One practical note: everything in this kit is replaceable for single-digit dollars, which is the real difference between learning FPV on a whoop and learning it on a camera drone. A destroyed frame is a five-minute job at a kitchen table rather than a service ticket.

Sensor
—
Claimed
5 min
Base kit
~$260

Best for: Moving FPV practice outdoors

Full spec sheet
BetaFPV Cetus Pro FPV Kit
~$211
FPV
46 gNo registration

Brushless motors and 40 mm props are the entire difference from the standard Cetus, and they change what the aircraft can teach you. Brushed motors have a ceiling of authority that makes real stick control impossible to practise; brushless ones respond hard enough that manual mode starts behaving like a full-size quad, which is the point of learning on a whoop at all. It keeps the ducted frame, the turtle mode, the three flight modes and the same radio-and-goggles-in-the-box completeness. The trade-offs are unchanged: 4 to 5 minutes per pack, 80 metres of analog range, and goggles with no DVR so nothing gets recorded. Most people who stick with FPV either start here or wish they had.

Sensor
—
Claimed
4 min
Base kit
~$211

Best for: Learning manual mode without wrecking anything

Full spec sheet