FenrisDefence
Counter-drone detection and directed energy, close-quarters reconnaissance, heavy-lift flight and live-fire training, built for the moment the magazine, the satellite fix or the control link is gone.
Capability areas
Counter-UAS
Detection and tracking of small drones, fixed or on the move, driving a precision mount whose default effector has a magazine bounded by power rather than by rounds.
Detect and exploit
Passive handheld detection that decodes the hostile drone's own video downlink, giving a detection you can actually act on.
Confined-space ISR
Reconnaissance inside buildings, tunnels and ships, where there is no satellite fix and no room for a conventional airframe.
Lift and resupply
Five kilograms carried for two hours, in weather and electromagnetic conditions that ground other aircraft.
Live-fire training
A reusable steel target flown on a realistic drone profile, so gunners can practise against the threat rather than a substitute.
Links that survive
Control that holds under jamming, so the airframe stays usable in exactly the conditions it was bought for.
Products
Design thesis
Designed around
what fails first
Equipment rarely fails because it was badly made. It fails because something it quietly depended on stopped being available: the interceptors ran out, the satellite fix never existed, the link was jammed. Every system in the range is built around one of those.
You run out of interceptors
→ HEIMDALA laser has no round to expend. The magazine is bounded by available power, not by what is left on the pallet.
A detection tells you nothing
→ MIMIRDecoding the drone's own downlink turns a contact into intelligence, so you see what the hostile operator sees.
There is no satellite fix indoors
→ HUGINNDesigned for interiors from the start, so the absence of GNSS is the normal condition rather than a degraded one.
The control link gets jammed
→ VALNARAn unjammable link keeps the airframe flyable in exactly the electromagnetic conditions it was bought to work in.
The grenade cannot be recalled
→ MJÖLNIRA thrown grenade commits you before you can see what you are committing to. This one goes up first, shows you the room, and comes back if the answer is no.
You cannot practise on the threat
→ GARMA steel drone-shaped target loaded with clays, flown on a realistic profile. Shot breaks the clays; the target flies again.
Manual or sentry · selected, not defaulted
NATO-country parts · signed firmware
Operating principles
Four commitments that constrain what we are willing to build.
Authority is explicit
Engagement authority is a setting, and we make it one you have to choose. Systems that can run unattended ship with a human in the loop and enter sentry mode only through a deliberate, authenticated selection against criteria defined in advance. Loss of link never promotes a system to acting alone, mode and engagements are logged, and abort is always available.
Built to be repaired
Field-replaceable modules, published interfaces, no consumables that only we can supply. A system that must come back to the factory is a system that is not available.
Sovereign supply
NATO-country components through the critical path, signed firmware, and a bill of materials we can show you. No single-source dependency on a strategic competitor.
Honest degradation
When capability is lost, the operator is told what was lost and what happens next. Confident-looking output from a degraded sensor is worse than an admission of blindness.
Bring us a hard problem
Technical briefings and capability demonstrations are arranged for government and qualified industry parties. Tell us the operational gap and we will tell you honestly whether we can close it.