Offerings

OUR PLATFORM

At the heart of Animal Dynamics is an adaptive intelligent platform that enables our customers to address urgent, complex, and dangerous operational challenges.

Our platform integrates to our customers’ unmanned systems and other relevant data streams. Built from first principles thinking, it allows these systems to continuously learn, develop, and adjust in real-time to their surroundings.

Mission optimised software that uses edge computing to enable dynamic mission autonomy and assured mission delivery. Drawing mission-critical data like weather patterns into their autonomous flightpath.

OUR SYSTEMS

We build intelligent systems that fly or swim and dynamically adjust to changes in the environment, just as nature does.

We categorise these into three families;

UNMANNED AIRCRAFT SYSTEMS (UAS)

NANO UNMANNED AIRCRAFT SYSTEMS (UAS)

UNMANNED UNDERWATER SYSTEMS (UUS)

UNMANNED AIRCRAFT SYSTEMS

STORK ST-25

Multi-purpose, resilient UAS

Fully operational today, its design makes it ideally suited for last-mile logistics with payload drop capability, infrastructure monitoring, and various LiDAR and other surveillance missions:

Can carry cargo more than 10 kg (22lb) over 31 miles (50km).

Operational in all weathers.

Easily transportable, and very robust.

Designed to the highest safety certifications.

Flies autonomously outside the line of sight.

Stork STM

Autonomous heavy-lift powered parafoil

We always have one eye on the future. It is why we are developing a ground-breaking solution that will set new industry standards for UAS performance and safety. Its design makes it ideally suited for crop spraying and surveying, fire suppression, humanitarian, emergency aid, and ship to shore missions:

Can carry cargo more than 170 kg (374 Ib) over 250 miles (400 km).

Can autonomously fly, connect, deliver, and land.

Can take off and land across short distances on unprepared ground.

Large parafoil wing providing greater lift to drag ratio.

STORK ST-25

Multi-purpose, resilient UAS

Fully operational today, its design makes it ideally suited for last-mile logistics with payload drop capability, infrastructure monitoring, and various LiDAR and other surveillance missions:

Stork STM

Autonomous heavy-lift powered parafoil

We always have one eye on the future. It is why we are developing a ground-breaking solution that will set new industry standards for UAS performance and safety. Its design makes it ideally suited for crop spraying and surveying, fire suppression, humanitarian, emergency aid, and ship to shore missions:

 

NANO UNMANNED AIRCRAFT SYSTEMS

Skeeter

A ground-breaking flapping-wing micro-drone inspired by the expert flying abilities of a dragonfly.

Skeeter demonstrates the outstanding potential of bio-inspired nano-UAS. Its design makes it ideally suitable for short-range surveillance, search and rescue, surveying, and agriculture missions:

UNMANNED UNDERWATER SYSTEMS

Raydrive

An UUS inspired by the gliding motion of manta rays, the largest on the planet.

A fully autonomous, underwater system that uses a unique flapping propulsion technique. Its design makes it ideally suitable for scouting and surveillance missions:

NANO UNMANNED AIRCRAFT SYSTEMs

Skeeter

A ground-breaking flapping-wing micro-drone inspired by the expert flying abilities of a dragonfly.

Skeeter demonstrates the outstanding potential of bio-inspired nano-UAS. Its design makes it ideally suitable for short-range surveillance, search and rescue, surveying, and agriculture missions:

Weighs under 200g with wings that flap over 25 times a second.

Rapid response to winds of up to 20 knots.

Minimal energy consumption and audio-visual signal.

Operational in both GPS and GPS-denied environments.

UNMANNED UNDERWATER SYSTEMs

Raydrive

An UUS inspired by the gliding motion of manta rays, the largest on the planet.

A fully autonomous, underwater system that uses a unique flapping propulsion technique. Its design makes it ideally suitable for scouting and surveillance missions:

Navigates via the gravitational pull of the earth, without GPS.

Flapping wings to effortlessly glide with minimal use of energy.

Weed, silt, and mud tolerant.

Eco-friendly: Able to navigate seabed while minimising harm to marine life.

Silent: No noise signature.

Let's Talk

Do you need to address urgent, complex, and dangerous operations challenges? Are you curious about how autonomy could help?