Canadian-built autonomous powered-parafoil aircraft and SOLV edge-AI vision. Long endurance, heavy payload, and real-time intelligence for defence logistics and precision agriculture.
Max Payload
800 LB
Endurance
48 HR
Edge AI
SOLV CORE
Origin
MADE IN CANADA
We build the aerial systems that keep Canada sovereign, capable, and ready across defence and agriculture.
One platform. Two missions. Precision Aerospace pairs long-endurance autonomous aircraft with edge-AI intelligence, engineered and manufactured on Canadian soil. We deliver capability our allies can trust and our operators can depend on.
A large-format
powered parafoil.
Our flagship aircraft began as an agricultural sprayer built to cover vast fields. That heritage makes it uniquely suited to autonomous logistics: moving fuel, food, and mission payloads into remote areas at a fraction of the cost of conventional heavy-endurance drones.
Heavy Payload
Carry up to 800 lb of fuel, supplies, or mission equipment on a single sortie.
Long Endurance
Trim fuel to the mission and stay airborne for up to 48 hours without payload.
Low Cost, Low Signature
An aluminum airframe under a parafoil canopy keeps the asset quiet and affordable.
Autonomous by Design
BVLOS operation with Remote ID and our proprietary autopilot for hands-off missions.
Engineered to a
measured standard.
DOC.REF // PA-PF-SPEC-001
One platform. Two missions.
The same airframe and intelligence stack serves the field and the front. Capability built for agriculture translates directly to defence.
Defence & ISR
- Autonomous resupply of fuel, food, and equipment
- Persistent ISR and live target reporting
- Distributed sky-train delivery with low asset risk
- Intelligence payloads over SATCOM and Starlink
Precision Agriculture
- High-capacity precision crop spraying
- Real-time weed and invasive species detection
- Large-field coverage with extreme endurance
- Multispectral field mapping and yield analysis
SOLV Tactical.
Intelligence at the edge.
SOLV is a real-time edge computer vision system that turns raw imagery into decisions in the air. It knows exactly where it is looking, projects the corners of every frame with high precision, and streams only what matters back over SATCOM or Starlink.
Proprietary vector compression sends a lightweight representation of each scene, then delivers full-resolution imagery only when a target warrants a closer look. SOLV integrates into our aircraft or any third-party platform.
A vertically integrated stack.
Airframe, autopilot, sensing, and AI are built and owned in-house. That integration is what lets us field capability others cannot.
Powered Parafoil Aircraft
A large-format autonomous platform for precision delivery at low cost and long endurance.
SOLV Edge Vision
Real-time computer vision at the edge, geolocated to the frame and fused to an onboard IMU.
Proprietary Autopilot
In-house flight control for BVLOS navigation, precision targeting, and adaptive mission profiles.
Custom AI Models
A world-class research team builds detection and analytics models for demanding use cases.
Real-Time Mapping
High-resolution orthomosaics generated in flight and streamed back for immediate advantage.
Vector Compression
Lightweight scene representations that transmit only what matters over constrained links.
Built for Canada.
Trusted by allies.
Our mission is to become the home-grown defence-technology partner Canada deserves. We keep the critical work here: engineering, software, and manufacturing under Canadian control, ready to scale with allied demand.
Homegrown Capability
Designed, built, and supported in Canada. Sovereign technology our forces can rely on.
Trusted Supply Chain
A domestic manufacturing base with Tier 1 partners who already serve the military.
Allied by Design
Interoperable systems built for Canada and its allies, ready to integrate and scale.
Backed by proven partners
We work with Tier 1 manufacturers who already serve the military, giving us a trusted path to scale production as demand grows.
Request a briefing.
Talk with our team about defence integration, custom development, or a field demonstration.