Our Systems
The systems
we build.
Rewind Dynamics develops three families of autonomous systems for defence and military applications — unmanned aerial, humanoid and tactical. Each shares a common core of autonomy, perception and dependable engineering; each is shaped for a different mission.
Unmanned Aerial
Autonomous aerial systems for surveillance, reconnaissance and force protection.
Humanoid
Human-form robotic platforms for roles that suit a legged, human-scale system.
Tactical Miniature
Compact, man-portable systems for close-range and dismounted use.
All three families are currently under active research and development — nothing has been fielded, and our first real-world mission test is planned for December 2026. We share the shape of what we're building here; detailed specifications are shared directly with partners, evaluators and the armed forces under appropriate terms — contact us to discuss.
System 01
Unmanned Aerial Systems
Aircraft that fly and complete a mission with minimal operator workload. We develop autonomous UAVs for intelligence, surveillance and reconnaissance (ISR) and for force protection — systems that can watch, understand and report from positions we'd rather not put people in.
Our engineering emphasis is on autonomy that holds up in the field: reliable navigation, useful onboard perception, and graceful behaviour when conditions or communications turn difficult.
- Autonomous flight & navigationPlan, fly and adjust a route with the operator supervising rather than piloting.
- Onboard perceptionDetect and track what matters, and report it clearly.
- Resilient by designSensible behaviour when the link is degraded or the picture is incomplete.
System 02
Humanoid Systems
Robots built in a human form, for roles where that shape is genuinely the right one — moving through spaces made for people, using equipment made for people, and operating where wheels and tracks cannot. This is a serious, long-horizon research programme for us.
Humanoid robotics is one of the hardest problems in the field. We're focused on the fundamentals that make it viable: locomotion, balance, and control that stay stable in the real world.
- Locomotion & balanceWalking, recovering and staying upright over uneven ground.
- Perception & navigationUnderstanding a space and moving through it purposefully.
- Safe around peopleDesigned to operate predictably alongside human teams.
System 03
Tactical Miniature Systems
Small, man-portable autonomous systems for close-range and dismounted use. When size, weight and power are tightly limited, simplicity and ruggedness matter more than anything — and that constraint is exactly what we find interesting.
The goal is capable autonomy in a package a soldier can carry and trust: quick to deploy, light on logistics, and dependable when it counts.
- Compact autonomyMeaningful capability on small, low-power hardware.
- Rugged & simpleBuilt to be dependable and easy to operate under pressure.
- Rapid to deployMinimal setup and a light logistics footprint.
The Common Core
Different bodies,
shared foundations.
Whatever the platform, the hard part is the same: autonomy, perception and dependable systems engineering. Building all three families on one core is what lets improvements in one carry across to the others.
Responsible By Design
People stay in command.
Our systems are designed so that a person supervises and can intervene. Machines carry out tasks; people set the rules and remain responsible. We treat safety, accountability and human oversight as design requirements, not afterthoughts.
Work With Us
Evaluating autonomous
systems? Let's talk.
We share detail directly with partners, evaluators and the armed forces.