Could the next wave of military drones be ‘mosquito-sized’?

OSLO, February 26, 2025 ? Teledyne FLIR Defense, part of Teledyne Technologies Incorporated (NYSE:TDY), has received an order from the German Army to provide its Black Hornet? 4 Personal Reconnaissance Systems to German armed forces. Teledyne FLIR performs as the supplier within a two-year agreement with the Federal Office of Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw) to deliver Black Hornet 4 systems, parts and training. The contract award was facilitated by Teledyne FLIR?s regional partner, European Logistic Partners (ELP) GmbH of Wuppertal, Germany as the contractor for BAAINBw. Black Hornet 4 represents the next generation of lightweight nano-drones, able to provide enhanced covert situational awareness to small fighting units. Its 12-megapixel daytime camera and high-resolution thermal imager deliver crisp video and still images to the operator. At just 70 grams Black Hornet 4 can fly for over 30 minutes, more than two kilometers, and function in 25-knot winds and rain. Flight performance is augmented by advanced obstacle avoidance capabilities and other features.
Black Hornet Nano – known as just ‘Black Hornet’ – is one of the smallest types of surveillance drones created by Teledyne (Picture: Teledyne FLIR Defense Inc)

As technology begins to advance, size is starting to matter less as military drones are shrinking down to the siz of a mosquito.

‘Nano drones’, sometimes called ‘micro drones’ are being increasingly deployed on the battlefield as military leaders fully realise their potential as a weapon.

Consumers are already able to buy some on the high street for less than £50, but they are now being rigged with high-tech equipment.

Black Hornet Nano – known as just ‘Black Hornet’ – is one of the smallest types of surveillance drones created by Teledyne.

They provide intelligence to troops on the ground, sending reliable information to get ahead of any incoming targets.

Meanwhile in China, a military research institute has developed mosquito spy drones for reconnaissance and special missions on the battlefield.

But more are on their way, as defence contractors look to somehow make them even smaller.

What can Black Hornet nano drones do?

The Black Hornet helicopter-shaped drone that's used by the US: https://www.youtube.com/watch?v=x19eT9O9WHU
They can be sent out in less than 20 seconds and can fly for more than 30 minutes with a range of 1.9 miles (Picture: Teledyne FLIR)

These dones have incredible capabilities, but currently cost around £150,000 to deploy.

They can be sent out in less than 20 seconds and can fly for more than 30 minutes with a range of 1.9 miles.

They carry sophisticated surveillance equipment, including being able to take night and day video and thermal imaging.

And they are operated through autopilot by being sent to predesignated targets.

The Black Hornet has already been deployed in the Russo-Ukraine war.

Why are drones getting smaller?

Pictured is a Royal Marine controlling a Black Hornet 2 Remotely Piloted Aircraft System (RPAS). The pocket sized and hand launched UAV, or RPAS uses micro thermal cameras, visible spectrum cameras and proprietary software for flight control, stabilization, and communications. Weighing 18 grams, the Black Hornet helicopter can fly for up to 25 minutes at line-of-sight distances of up to one mile at speeds of 18 km/h. It uses GPS navigation or visual navigation via video and can fly pre-planned routes via its autopilot.? The Black Hornet was developed in 2007 and been used by NATO forces in Afghanistan from 2011, with the United Kingdom the first to acquire the type and use it operationally. It has also been evaluated by the US military and Australian army. Its small size and electric motors make it a stealthy reconnaissance tool for militaries and law enforcement agencies. The complete UAV system comprises two helicopters, a base station, controller, display unit and pouch weighting a total of 1.3 kg.? Over 200 personnel from 1st Battalion The Mercian Regiment, 51 Squadron RAF Regiment and 45 Commando, have been putting new and innovative kit and capabilities through their paces on Salisbury Plain Training Area in Wiltshire, as they took part in the third phase of the Army Warfighting Experiment (AWE) 17. AWE 17 has been at the forefront of the drive for world-class innovation at Defence Equipment & Support (DE&S) in which businesses and organisations, both large and small, were invited to submit solutions to a range of ?problems? set by the AWE team and were able to compete on a level playing field. From the 275 initial submissions, 72 products, from a self-sterilizing water bottle and a 56 foot ?EasiBridge? were selected for the project.
A Royal Marine controlling a Black Hornet 2 Remotely Piloted Aircraft System (Picture: MoD/Crown copyright 2017)

With all the benefits of operating smaller drones, engineers are set to make them the future of warfare.

Being smaller makes them harder to detect and shoot down. They also make less noise, to the point they are almost silent.

And as an additional plus, they are cheaper to manufacture, so if any are lost in battle, it won’t be too much of a loss.

It also won’t be hard to coat them in radar-absorbent materials, increasing their stealth giving them the ability to operate in swarms.

Their size also makes them ideal for precision strikes on infrastructure, they can infiltrate buildings and damage wiring without enemies noticing for some time.

Will we see more nano drones anytime soon?

Could the next wave of military drones be 'mosquito-sized'? RoboBee Picture: Harvard Microrobotics Lab ref: https://wyss.harvard.edu/technology/robobees-autonomous-flying-microrobots/
The RoboBee Drone, developed by Harvard in April, is capable of flying and landing like a crane fly (Picture: Harvard Microrobotics Lab)

Researchers at the National University of Defence Technology (NUDT) in China’s Hunan province unveiled a mosquito sized spy drone in June.

Student Liang Hexiang said: ‘Here in my hand is a mosquito-like type of robot.

‘Miniature bionic robots like this one are especially suited to information reconnaissance and special missions on the battlefield.’

And in the US, the Department of Defence’s secretive DARPA lab has also been working on hybrid insect drones since 2006.

But this involves embedding electronics into real insects – such as cockroaches and beetles – which are used for surveillance.

The RoboBee Drone, developed by Harvard in April, is capable of flying and landing like a crane fly.

But the current plan for the creation is for environmental monitoring and artifical pollination.

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