The Best Tiny Whoops and Accessories | Micro Indoor FPV Drones

by Oscar

Discover the best Tiny Whoops on the market, these small FPV drones are perfect for indoor FPV flying and racing. In this article, we will provide a comprehensive list of the top Tiny Whoops available, detailing their specs, pros, and cons to help you make an informed decision.

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What’s a Tiny Whoop?

A Tiny Whoop is a small indoor FPV drone featuring 31-40mm propellers, protective propeller guards (also known as ducts), and 65mm or 75mm frame wheelbases. They usually operate on 1S or 2S LiPo batteries. Tiny Whoop is a trademark by a US-based company that popularized this type of micro drones, so people in the hobby simply call all these small drones “Tiny Whoops”. These affordable, easy-to-control FPV drones are perfect for indoor flying and can also be flown outdoors in wind-protected areas. Their ducts ensure safety and reduce damage upon crashes.

Best 65mm Tiny Whoops

These 65mm Tiny Whoops are small, relatively quiet, and easy to control, making them the best whoops for indoor flying. A few bind and fly models stand out due to their superior performance, durability and value.

BetaFPV Air65

Best 65mm Analog Whoop

Betafpv Air65 1s 65mm Tiny Whoop Front

The BetaFPV Air65 is an ultra-light tiny whoop with a 65mm wheelbase, weighing just 17.1g. It comes with ExpressLRS receiver, a 400mW VTX, and two different motor KV’s. Despite its small size, it provides impressive performance and agility. You can find a more refined PID/Filter tune in my review to optimize its performance. The Air65 is ideal for those prioritizing performance and compactness. For a more in-depth review check out this post:

Find the Air65 at these retailers:

AliExpress: [coming soon]
GetFPV: [coming soon]

Mobula6 2024 Edition

Great 65mm Analog Whoop

Happymodel Mobula 6 2024 Tiny Whoop Front

The Happymodel Mobula6 is arguably one of the best tiny whoops for indoor flights. Its compact size combined with its agility and control make it a reliable companion for navigating indoor environments.

The Mobula6 boasts smooth flight and nimble handling, making it a blast to fly through living rooms or office spaces. The main downside of the Mobula6 is probably the inconsistent quality control. See my full review of the Mobula6 here.

Get the Mobula6 2024 Edition from:


NewBeeDrone Acrobee65 BLV4

Newbeedrone Acrobee65 Blv4 Tiny Whoop

The AcroBee65 BLV4 from NewBeeDrone is a feature-rich tiny whoop FPV drone for newcomers. One of the significant advantages of this model comes from the company itself. NewBeeDrone, based in California, is known for its outstanding customer support which is essential for beginners.

It offers upgrades like ExpressLRS, BlueJay ESC, and a more durable frame. However, it has drawbacks, such as heavier weight and an outdated PH2.0 battery connector. See this post for more detail about this drone:

On paper, it might be a little hard to justify choosing the Acrobee over the Mobula6 considering various factors such as price and weight (which impacts flight performance). The Acrobee’s strongest suit lies in the support you get from the company. With NewBeeDrone, you’re not just buying a product, but also their dedicated customer service.

Get the Acrobee65 BL4 from:


Mobula6 HDZero Edition

For HDZero Users

Mobula6 Hdzero 1s Whoop Fpv Drone

The Mobula6 HDZero Edition caters to people using HDZero FPV system, featuring the impressive HDZero Nano Lite camera and VTX combo. At only 4 grams, this digital camera and VTX combo delivers superior range and video quality compared to its analog counterpart. While the extra weight is noticeable when flying indoors, the enhanced visuals and 720p DVR make it a compelling choice. To better handle the added weight, upgrading to higher KV motors such as 0802 25000KV or 27000kv motors is highly recommended. Full review:

Get the Mobula6 HDZero Edition from:


Best 75mm Tiny Whoops

If you are looking for a more powerful whoop, or perhaps something that can even fly outdoor, 75mm whoops are a better choice than 65mm. There are also more options when it comes to HD Digital FPV systems.

Mobula7 1S

Happymodel Mobula7 1s Bnf Tiny Whoop Front

The Mobula7 1S builds on the strengths of Mobula6 by offering a larger platform with bigger propellers for increased power, speed, and flight time. All these strengths contribute to a more “all around” whoop. Although slightly less agile due to its heavier weight, the Mobula7 1S excels in raw power and speed, makes it more fun to fly in larger indoor space, even possible to fly outdoor on a calm day. It also provides improved hardware and easier camera tilt adjustments. This would be my go-to tiny whoop if you can only choose one. See my full review of the Mobula7 here:

This affordable 1S tiny whoop can be easily adjusted to reduce power for indoor flying by changing the camera angle and limiting max throttle. Tutorial: How to reduce max power?

Purchase the Mobula7 from these vendors:


BetaFPV Meteor75 Pro

Betafpv Meteor75 Pro Hd Whoop Walksnail Compare Analog

The BetaFPV Meteor75 Pro is a 1S Tiny Whoop that is available in various FPV systems: analog, Walksnail Avatar and HDZero, delivering a game-changing HD video feed. It has integrated ExpressLRS, providing excellent range. It’s using slightly larger propellers, which gives them extra power and stability for flying outdoor. However, the Meteor75 is heavier than the Mobula7 due to the larger size, impacting its agility especially when flying indoor.

Despite this, the Meteor75 still offers a smooth, enjoyable flying experience, and the stock PID tune is decent. Personally I recommend the analog version, because HDZero and Walksnail VTX’s just don’t work well with 1S (they shut down prematurely when voltage drops below 3.3V), but the HD video provided by Walksnail VTX is impressive nonetheless, providing clearer, more immersive visuals. Also note that the analog version is significantly lighter and so it also flies much better too. If you are looking for a 1S tiny whoop for flying outdoor, this is worth considering.

Analog Version


HD Version


Wheelbase: 65mm vs 75mm

Right: 65mm tiny whoop, Middle: 75mm tiny whoop

Wheelbase refers to the size of the frame, which is the distance between two diagonal motors. For tiny whoops typically comes in two wheelbase sizes: 65mm and 75mm.

The 65mm whoops are the classic, they are more agile and easier to control, and the more popular choice for flying at home since they are also slightly smaller. On the other hand, the 75mm whoops offer greater power due to their larger propeller and batteries. Some might find them harder to control than the 65mm but they are more versatile and faster.

If you’re undecided between 65mm and 75mm whoops, 75mm generally offers longer flight times, faster speeds, and better stability for outdoor flying. However, 65mm whoops are more agile and can navigate smaller gaps. Some racing events only permit 65mm whoops, so take this into account if you’re serious about racing.

Brushed Motors or Brushless Motors

best tiny whoop round up comparison

Tiny Whoops utilize two types of motors: brushed and Brushless. In summary:

  • Brushless whoop: more powerful, better motor longevity, supports turtle mode, 48kHz, and RPM filter
  • Brushed whoop: cheaper, simple, and lightweight

Previously, the decision between motor types for a tiny whoop was more challenging. However, with the introduction of performance features such as RPM filter and 48kHz support in BLHeli_S, brushless motors have become the standard while brushed whoops have become obsolete.

Battery Cell Count: 1S vs 2S

1s vs 2s tiny whoop

Learn about LiPo cell count in this tutorial:

Tiny Whoops typically operate on 1S or 2S battery packs, with 1S signifying one cell and 2S representing two cells. Typically, the higher the cell count, the more powerful the drone.

1S whoops are lighter, quieter, safer, and cause less damage during crashes, making them ideal for casual indoor FPV flying. On the other hand, 2S whoops are more powerful and more suited for outdoor flight in calm weather or for lifting heavier payloads, such as better cameras or FPV systems. However, they might be harder to fly indoor in tighter spaces.

LiPo Battery Connectors

Lipo Battery Connector Testing Size Compare Bt2 Ph2 A30 Xt30 Gnb27 1s Micro Fpv Drone Tiny Whoop Performance

As tested, BT2.0 and A30 connectors are the ideal choices for tiny whoops by providing stronger power and slightly longer flight times. This is due to their lower resistance and less voltage drop under load. While PH2.0 connectors are functional and adequate for everyday flying, you should use BT2.0 or A30 whenever you can and avoid PH2.0.

If your whoop have a PH2.0 connector, you can easily replace it with a BT2.0 connector if you know how to solder. Avoid using a PH2.0 to BT2.0 adapter, as it introduces additional resistance and negates the benefits of the superior BT2.0 connector.

It’s essential to choose a connector type before bulk purchasing LiPo batteries to ensure they have matching connectors.

Essential Accessories and Parts

Here are some useful accessories and parts for tiny whoops.

Battery Considerations

Voltage: LiHV vs LiPo

Most tiny whoops use LiHV batteries for higher power and capacity at a lower weight, while also being compatible with LiPo batteries. LiHV batteries offers superior performance for micro drones as tested here, and that should be your default option.

Connectors: BT2.0 vs A30 vs PH2.0

Batteries connect to your tiny whoop via a connector. The majority of tiny whoops have a PH2.0 connector, so ensure the batteries you purchase are compatible. Watch out for battery connector, A30/BT2.0 are not compatible with PH2.0.

Note that you can use A30 batteries with BT2.0 connectors on the quad, You might be able to use BT2.0 batteries with A30, but you have to plug it in forcefully which might damage the plastic over time.

Cell Types

If you’re focused on performance, consider opting for ‘folded/square cells’, which outperform traditional ‘rolled/rounded cells’. Folded cells are more efficient and exhibit less voltage sag. As of this writing, to the best of my knowledge, Tattu is the only manufacturer producing folded cells (their 1S 300mAh and 450mAh HV lineup) in 2023, but that could change in the future. Other companies, like WeBleedFPV and TinyWhoop, rebrand their batteries using the same cells. The rest on the market are primarily rolled cells.

Rolled cells deliver decent performance, especially when paired with a quality connector like the BT2.0. However, for the best possible performance, squared cells are preferable.

So why aren’t folded cells used in larger batteries? Beyond a certain capacity threshold, such as 500mAh, the cell size is sufficient for traditional cell types to perform comparably to folded cells. Folded cells are particularly advantageous in compensating for the limitations of very small sizes, like 300mAh and 450mAh.


If you are looking for flight time at relatively slow speed, you should get a battery with high capacity to weight ratio. However for most of us who fly tiny whoops, we constantly doing acro moves and tricks, power and voltage sags are more important considerations.

Best A30 & BT2.0 Batteries

GNB 1S 300mAh 80C (A30)

Light weight yet powerful, great for competitive racing.


GNB 1S 380mAh 90C (A30)

One of the most powerful options on the market.


Best PH2.0 Batteries

Tattu 1S 300mAh (PH2)

One of the most powerful PH2.0 batteries.


Nitro Nectar Gold 1S 300mAh (PH2)

Well rounded option.


2S LiPo Batteries for 75mm Whoops

Best Tiny Whoop Chargers

Vifly WhoopStor V3

Vifly Whoopstor 3 1s Lipo Lihv Battery Charger Bt2.0 A30 Betafpv Gnb

The Vifly WhoopStor V3 is arguably one of the most feature-packed 1S LiPo chargers available today. It accommodates all  popular BT2.0, A30 and PH2.0 batteries and can independently charge up to 6 batteries simultaneously. The charger also supports discharging and storage-charging batteries, offering an impressive charging current of up to 1.3A per port. For a detailed review of the WhoopStor V3 charger, visit:

Find the Vifly WhoopStor V3 from these vendors:


BetaFPV 6-Port 1S LiPo Charger

Betafpv 6 Ports 1s Lipo Battery Charger Ph2.0 Bt2.0

This versatile 1S LiPo charger has both BT2.0 and PH2.0 connectors and a USB-C input. It’s a 30W charger but in reality can only reach 25W due to the the fact that each port can provide up to 1A of charging current. That said, 1A charging current per port is very powerful. The end voltage can be set to either 4.20V or 4.35V using a simple slider switch.

Product Pages for the BetaFPV 6-port charger:


BetaFPV BT2.0 Charger V2

A charger that doubles as a voltage tester, designed for batteries with BT2.0 connectors only. It gets power through the USB-C input connector, and is capable of charging two packs simultaneously to 4.35V, meaning it’s only compatible with LiHV packs. Not suitable for normal LiPo packs that require 4.20V charging.

Product Pages:


NewBeeDrone Nectar Injector Smart Charger

Newbeedrone Nectar Injector Smart Charger 1s Lipo

This charger can charge up to 4 batteries with PH2.0 connectors at once, with adjustable end voltage for each side of two ports. The benefits of this charger is the ability to monitor each battery being charged and constantly adjust charge current according the charging state. It has a trickle charge mode for over-discharged batteries (a unique feature in 1S Lipo charger) and is powered by a 5V micro USB input.

Product Pages:


ViFly Whoop Serial Charging Board

Vifly Whoop 1s Series Charging Board Lipo Batteries Bt2.0

It’s not a charger, but a charging board. It basically connects all your batteries in series as a single battery. Unlike parallel charging, with series charging, even if the batteries have very different voltage you can still connect them to the board, the charger will balance the voltage during charging. All batteries must be of the same type (LiHV or LiPo). You can learn more about series charging in this tutorial:

31mm Propellers for 65mm Whoops

Although most 31mm props are for motors with 1mm shaft, it’s best if you confirm before ordering, sometimes motors could have 1.5mm shafts.

Gemfan 1219-3 Triblade 1mm Shaft

I tested almost all tiny whoop props and found it to be the best in terms of power with only a slight sacrifice in efficiency. These are great for below 22000KV motors.

Product Pages: 


Gemfan 1208 Triblade 1mm Shaft

Gemfan 1208 Triblade 1mm Shaft Tiny Whoop Propeller

The Gemfan 1208-3 31mm Tri-Blade propellers offer an impressive combination of light weight and increased grip, making them a favorite choice among racers. With a low pitch design, these propellers pair well with high KV motors, providing excellent flight time and response. The properly sized and open-topped mounting hole ensures hassle-free installation and removal, making these tri-blade props a reliable option for pilots.


Gemfan 1210-2 Two-blade props

Gemfan 1210 2 Two Blade Props Tiny Whoop Propeller

When it comes to propellers, Gemfan 1210-2 props are my top pick for high kv motors (>26000KV). For lower kv motors, I suggest trying out different options since they can significantly affect flight performance. It’s always worth having a selection of propellers at hand.

Product pages


40mm Propellers for 75mm Whoops

This is some of the best performing props on the market with a great balance between power and efficiency. Make sure to select the right shaft diameter to match the motors.

HQProp 40MM 3-Blade Micro 1.5mm Shaft

Hqprop 40mm 3 Blade Micro 1.5mm Shaft Tiny Whoop Propeller

These props are perfect for 75mm Tiny Whoops and ideal for 1002 size motor.



It’s a trend in tiny whoop motors to use higher KV with tri-blade propellers, such as 25000KV and 26000KV, as they give you more power. In a nutshell, higher KV means the motor will spin faster when apply the same voltage. See this post for a more detailed explanation:

For bi-blade propellers you need high RPM to unleash the desire power, typically pairing them with motors in the 28,000 to 32,000 KV range gives great result.

While experienced pilots can undoubtedly harness the full potential of high KV motors, beginners and intermediate flyers might find them too aggressive. Instead of using low KV motors, I’d recommend starting with a minimum of 26,000 KV motors and then cap the throttle or motor outputs to tame the power if necessary (you can do this either in the radio or Betaflight settings). With this method, even less experienced pilots can gradually build up their skills to flying higher KV motors while having the flexibility to control their power.

For 65mm whoops, 0702 is a popular motor size, choose between 26000KV and 30000KV depends on your propeller choice. For 75mm whoops, 1002 is a great motor size. For heavier builds with digital VTX’s, consider even bigger 1102 motors.

1002 is great for analog whoops, and

Happymodel SE0702 Motor

Happymodel Se0702 Motor 26000kv Tiny Whoop

Happymodel’s SE0702 motor is a great motor for light weight racing builds, and one of the most widely available motors. 26000KV offers flexibility as you can reduce motor output limit for better efficiency over power, e.g. set motor output to around 90% gives you similar performance to a 24000KV motor. They also offer a 30000KV version if you want to go aggressive.


T-Motor M0802 Micro

T-Motor M0802 micro motors boast excellent build quality. They are perfect for both 65mm and 75mm 1S Tiny Whoops. Opt for the higher 25000KV variant for best flexibility as you can always reduce motor output for longer flight time and efficiency, or leave it at default for increased power.


Flywoo Robo 1002

Flywoo 1s Nano Baby Quad V2 Fr16 Walksnail Motor

If you’re looking to build a 75mm Tiny Whoop, these 1002 motors are a standout choice. These motors offer an impressive ability to control larger 1.6-inch (40mm) propellers. When paired with Gemfan bi-blade or tri-blade propellers and a 450mAh square-cell battery, these motors perform incredibly well.


Flight Controllers


The BetaFPV F4 FC is a lightweight AIO featuring low latency ExpressLRS and reliable performance, similar quality and performance to popular options from Happymodel. Its new version includes an onboard blackbox chip, which makes tuning more straightforward, and the motor plugs are removable with pads underneath for additional weight savings.



JHEMCU’s GSF405A is a feature-rich Tiny Whoop flight controller compatible with both 1S and 2S batteries. It comes with a built-in blackbox, UART-based ExpressLRS receiver, and support bothdigital or analog VTXs.


Happymodel F4 5A 5in1 ExpressLRS AIO FC Board

This compact and widely-used Happymodel F4 flight controller is found in many of their BNF tiny whoops. It features an onboard ExpressLRS receiver too. However, it lacks blackbox capability, which complicates tuning.


VTX Antenna

TrueRC Singularity 5.8GHz Antenna with Short U.FL

Most BNF Tiny Whoops come with a simple whip antenna (linear polarized dipole antenna). They are ok, but upgrading to the TrueRC Singularity Antenna offers noticeable performance improvement while only adding half a gram of extra weight. If you are struggling with video signal when flying indoor, you should consider upgrading to a circular polarized antenna. I explained why circular polarized antenna are better for FPV than linear polarized antennas here.

Product pages:

Spare 65mm Whoop Frames

Both options listed here are some of the most durable frames available. They also come with many colour options. You can’t go wrong with either one.

BetaFPV Meteor65 Frame

NewBeeDrone V2 Cockroach Frame

ExpressLRS Receivers

Elrs Lite Receiver Ceramic Flat Antenna

Left: ceramic antenna; Right: flat antenna

ExpressLRS has emerged as the best radio control link for Tiny Whoops for numerous reasons. Firstly, it’s open-source, making it readily available and adaptable. This feature has made it easy for manufacturers to incorporate it into their flight controllers.

Furthermore, ExpressLRS offers excellent range and penetration, outperforming many competitors in the market (such as Frsky D8/D16). Also telemetry is fully supported in ExpressLRS. Admittedly, it can be somewhat tricky to set up initially for some users, but once mastered, its performance and versatility make it worth the learning curve.

Many new tiny whoop flight controllers offer built-in ELRS receiver, but if not you can also hook up an external ELRS receiver if there’s a spare UART. The RX is very lightweight, and the antenna is compact and doesn’t require mounting. Make sure to get the ones with ceramic antenna (or flat antenna) for space saving.

For an updated list of receiver available, check this list:

Using Throttle Expo for Indoor Flights

To make your drone easier to control when flying indoor, consider using some throttle expo.

Throttle Expo refers to exponential throttle curve adjustments, allowing more precise throttle control in tight spaces, especially when most whoops come with powerful high-KV motors these days.

With high-KV motors, there’s a tendency to lose significant throttle resolution, which can make precise control challenging. But when flying indoors, you’re usually hovering or cruising around 30-35% throttle. Applying 20-30 throttle expo around this throttle value can make control more precise and easier.

Learn more about Throttle Expo here:

What’s the Best DJI O3 Tiny Whoop?

First and foremost, the DJI O3 Air Unit, while a marvel in FPV technology, introduces significant weight constraints. This is particularly problematic for drones designed to excel in tight indoor spaces.

While there are pilots showcasing their skill with 85mm whoops in cramped quarters, such feats are more the exception than the rule. For the majority, a 65 or 75mm whoop provides the agility and safety needed for indoor flying. However, by the time we scale up to an 85mm drone, the added speed and weight will cause more damage when you crash.

If you insist on flying an DJI O3 drone indoor, I would consider one of the 75mm whoops, such as the BetaFPV Pavo Pico or Flywoo Flylens 75. But I found even these drones are a bit too heavy for flying indoor safely and comfortably.

Walksnail offers light weight 1S VTX that is way more suitable for indoor light weight tiny whoops, but they suffer from premature shutdown when voltage drops below 3.3V which might not be ideal for some people.

Edit History

  • 2018 – Post created
  • 2019 – Updated product recommendations
  • 2020 – Updated product recommendations
  • 2021 – Updated product recommendations
  • 2022 – Updated products, added tiny whoop accessories and parts
  • 2023 – Updated products
  • May 2024 – Updated

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Vladimir 29th December 2023 - 3:57 am

Hello Oscar. Thank you for article. What do you think about BetaFPV 0702/0702SE motors? They are more expensive then Happymodel, but are they really better?

Steve 2nd October 2023 - 3:38 pm

Might want to change the bit about NBD and customer service… the BLV4 ELRS comes with bad motor plugs and the offical support guidance is to cut the wires shorter and resolder (this also doesnt fix the issue). Not a job for someone new to the hobby! Plus the plug came off the board when i tried. Original issue is the motors stutter on arm as the plugs are of low quality.

Nick W 23rd June 2023 - 8:29 am

I’d add a couple of comments on the BetaFPV AIO 5A board.

The latest (V2) has a UART connected ELRS receiver, The V1 was SPI. If one wants to avoid compatibility grief then UART as opposed to SPI is good, because both Betaflight and ELRS are fast moving projects and with SPI the ELRS code is in Betaflight. So it is not always possible to find the Betaflight you want with the ELRS you want. With UART connected ELRS, the ELRS code is independently flashed.

The other is that the motor connectorless version saves around 3/4g, is not going to suffer from unexpected voltage drops in motor lines (picoblade connectors are pretty low current rated) and the pads are big enough to make soldering motor wires (relatively) easy.

Eagle88 1st May 2023 - 2:19 pm

Hello Oscar, what do you think about the Meteor 75 Pro compared to the Mobula 7?

Oscar 1st May 2023 - 2:22 pm

My Meteor 75 Pro just arrived, i will review it in the coming days.

Susp 25th January 2023 - 10:11 pm

Why did UZ65 disappear from your web-site? There was a review and now it is gone…

bruno 3rd June 2022 - 12:45 pm

Aqui no brasil o meteor 65 lite está $79 mais barato que o mobula 6 elrs, meteor65 lite com case 2 baterias e carregador

Tim Newman 15th January 2022 - 4:41 am

can u please add the meteor pro 65 now?.. mainly because they are now using 35mm props?
i find it interesting that you say that the 35mm prop whoop isnt as nimble. it really should be as whilst there’s an extra 10% of weight, there is an extra 25% of thrust. that thrust is used in extra torque for yaw and more than makes up for the extra inertia from the 2g increase. it doesnt make sense to be honest.

oermens 6th November 2021 - 4:09 pm

The Mobula6 actually has 25mw, 100mw, and 200mw VTX output power. It’s on 200mw out of the box but you can use lower power by adding power options in betaflight. 25mw is suitable enough for a whoop and sometimes even better indoors than using 200mw because of multipathing. The SPI RX is more limiting than the VTX. I get failsafe issues before the video gets bad even on 25mw.

Yaron Shkop 8th October 2021 - 12:01 pm

It seems moblite is discontinued and you can’t find it anywhere… That’s weird…

Rick S 14th July 2021 - 3:44 pm

I am looking for a timing system for whoop fpv racing. Do you have any suggestions? Most systems I have found are out of production or the app is not available.

Daniel D 26th June 2021 - 10:30 am

Hi I am very new to fpv drones so just bought a Dji fpv set (drone, goggles, remote, motion controller). However I’d like a small drone for flying indoors. Will any of these connect to my Dji remote and goggles?

JB 11th July 2021 - 3:40 pm

no, none of these will connect to your DJI

TR 7th October 2021 - 3:00 pm

I too have the DJI setup. I am interested in indoor flying. Is there a small, prebuilt whoop that is compatible with digital HD for indoor use? Beta95x and GEPRC Cinelog25 are probably too powerful for indoor use?

William J McEwan 12th January 2021 - 12:44 am

What’s with the removal of VTXs above 25mW at 1S?

25 mW is so limiting….

BusterRoberts 25th September 2020 - 10:05 pm

can you tell me about a good video to bind a mobula6 to a tx16s I tried to do it but it run fast even on low throttle. I have done something wrong .. I don’t know how to fix it and If I wear goggles and it takes off real fast I may never find it.. Please help me

Chris S 7th August 2020 - 5:53 am

Boo hoo! my Trashcan overheats via core temperature and the screws under the motors are scalding hot after 1 battery. I want to be a fan of it, I really do.. but no reduction in d-gain, filtering, fc or motor replacement has helped.

I’ll try the forums, but I’m disappointed I can’t make use of it in my fleet.

Yaron 5th August 2020 - 7:19 am

HI Oscar can you please mention what FrSky transmitter is capable to connect to a D8 receiver like the Mobula 6 or TinyHawk 2?

Oscar 17th August 2020 - 6:04 pm Reply
obelix662000 12th September 2019 - 3:37 am

Do not buy brushless whoops with 0603 motors. Replace them to 0802 (even for 1S ) and you will get 30 sec more flight time with exactly the same performance. If you already have 0603 motors consider flash ESC with mod firmware. Please see and

Truck G 9th November 2018 - 8:41 pm

I have the Mobula7 it can work in 1s using a plug for the other connector

Logan 31st October 2018 - 3:47 pm

31mm props or it ant a whoop!

Tim Newman 15th January 2022 - 4:42 am

ill counter that and say a whoop is 65mm from motor to motor in the frame diagonally. it is possible to cram 40mm ducted props on there. THATs a whoop!.

Franz P. Val 31st October 2018 - 12:01 pm

Good article. Last year I bought a Eachine Aurora 68 and it flew not good out-of-the box. I had a lot of work (more than some 5″ builds) to bring it to good performance. It’s nice bit still a bit too powerful (2S) and heavy for tiny European living rooms. So I bought a UK65 this year (pre-sale). After applying the Mockingbird setting it flew very well but the frame is really fragile. After I broke the battery holder and a piece out of one duct I put “it” in a BetaFPV 65pro frame. Now its a great little whoop.

John A 31st October 2018 - 1:55 am

Loving the new 2S Whoop category. I have the BetaFPV 75X, and hoping to get my hands on a Mobula 7 soon. The 75X definitely rips around my small neighborhood, it’s on my par with my 2.5″ builds in terms of speed, but not quite there on agility. Still very impressive, and looking forward to trying out the Mobula 7.

Scott 30th October 2018 - 6:45 pm

If you are in the market for a 2S wh00p, I suggest going to ebay and searching for the Mobula7. A few days ago, I happened to stumble upon a 24 hour 10% off everything on ebay coupon. Obviously that is expired, but with Black Friday coming up, and sites wanting to expand on the Black Friday hype train, I’m sure if you keep a tab open on your browser and casually click it once a day, you’ll be finding another coupon in not long. It took me a couple of days of thinking about purchasing it to stumble upon that coupon. Now, they’re only 77 bucks and change on ebay without coupon!! – with Free Shipping to the USA, so it’s not like the 10% off coupon saves you a ton! I got mine for $69.65 for the Basic, as I already have that stellar charger. Get the Standard version if you don’t have the charger as it’s easily worth the difference in price they want to upgrade.
BONUS – both kits come with 4 of the stick 1S wh00p batteries! Good Luck, and stay warm and fly indoors this winter! :)

Chris C 30th October 2018 - 6:02 pm

Great article! I love the new waive of brushless whoops that have arrived. Don’t some of the 2S whoops, like the Mobula7, also allow you to fly using just one 1S battery? Wouldn’t that the solve the problem with flying indoors by decreasing the power?

Ken Jancef 1st November 2018 - 4:10 pm

I can speak for the 65x, as I have one. It doesn’t power up until you connect the second battery. So plugging just one in does not work.

Oscar 6th November 2018 - 12:51 pm

No, they have two connectors connected in series for two 1S batteries, so you’d have to connect both batteries for it to power up.

Henry Darr 24th November 2018 - 2:08 am

Mobula 7 came with a jumper so I can fly it 1s, I found reducing the rates made it not so twitchy so I could fly indoors without much crash landings.