When Failure Is
Not an Option.

ISR for municipal, provincial and federal agencies, plus high-velocity counter-UAS interceptors that neutralise unauthorised aerial threats with pinpoint accuracy.

Corrosion-hardened maritime patrol and over-water search platforms for sovereignty enforcement, ice reconnaissance, pollution monitoring and vessel interdiction support.

Search and rescue with thermal and low-light optics on autonomous grid-sweep algorithms, wildfire hotspot mapping, and rapid medical and blood-product transport.

Heavy last-mile logistics across austere terrain and logistical bottlenecks, industrial inspection, and passenger-grade eVTOL configurations for urban and inter-city transit.

Multirotor heavy-lift configuration carrying up to 500 kg across austere terrain and logistical bottlenecks.

Cold-chain bay for time-critical delivery of blood products, tissue and pharmaceuticals.

Thermal and low-light sensors driving autonomous grid-sweep search patterns over land and water.

High-temperature rated airframe for wildfire hotspot mapping and perimeter tracking.

Salt-fog hardened for shore or shipboard launch — sovereignty enforcement and ice reconnaissance.

Multispectral ISR payload with in-nation data residency for agency and defence tasking.

High-velocity defensive interceptor for neutralising unauthorised aerial threats.

Passenger-grade autonomous eVTOL configuration for urban and inter-city transit.

Automated dock-and-recharge stations for unattended 24/7 fleet operations — the difference between a sortie and a standing watch.

Automated dock-and-charge AMNIS NEST™ stations enabling persistent, round-the-clock fleet operations without human intervention.

Active R&D into novel propulsion mechanics and alternative fuel sources, targeting the endurance and payload envelope that battery-only multirotors cannot reach.

Proprietary AI-driven flight control that holds attitude and mission intent through gusts, icing, payload shift and partial actuator loss — degrading gracefully instead of failing.

Resilient navigation that holds position and completes tasking when satellite signals are jammed, spoofed or unavailable — visual-inertial odometry and terrain reference in place of a dependency.

Hardened, frequency-agile command and telemetry links designed to survive a contested spectrum, with national key management and no third-country data transit.

Multispectral payloads — thermal, low-light, RGB and radar — fused on board so the operator receives a decision, not a video feed to interpret under pressure.

An operating facility shortens time-to-volume from years to months and de-risks the production ramp.

Off-the-shelf equipment at each step, so lines re-tool between airframe families instead of being rebuilt.

Domestic engineering, assembly and sustainment employment — a requirement of allied procurement, not a by-product.

Spares, field-repair kits and training packaged with the aircraft, because an unsupported fleet is a grounded fleet.

Hardened composites and redundant flight-critical systems for extreme weather, salt-fog exposure, physical stress and electronic counter-measures. Redundancy is specified at the airframe, power and navigation layers so no single failure ends a mission.

Multi-stage quality assurance with documented acceptance testing at component, subassembly and airframe level, targeting the high-uptime thresholds agency fleet operators contract against. Every aircraft ships with its own test record.

Amnis Tech is committed to completing the mandatory registrations, certifications and compliance frameworks required by federal, defence and international aviation authorities in every market it enters. Certification status is disclosed candidly, per programme, on request.