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Powered by RMUS GO-TO AI Technology

The RMUS Raven and ARMUS platforms are built around a single principle: battlefield-grade AI at a procurement-viable price point. Both platforms run the same proprietary GO-TO AI stack — produced and assembled in Canada.

Military · ISR · Targeting · Outdoor
RMUS Raven™
RMUS Raven drone
Tactical drone platform powered by RMUS GO-TO AI Technology — based on where it operates within the jamming spectrum.

The Raven is a portable, durable, IP-rated tactical drone built around a semi-automated targeting system — an AI-powered solution built on the GO-TO smart platform that enables users to carry out missions with precision regardless of jamming conditions.

The system operates on a one-to-many relationship between the base station and multiple drones. The pilot is positioned at a safe distance from the antenna, ensuring that if the radio signal is detected by the enemy and the transmission point becomes a target, the pilot remains out of harm's way.

Key features
ATAK Compatible — target locating, passing, and receiving
Processor on drone for automated flight
Processor on remote control for advanced features
Non-jammable using automated flight or fiber optics
Portable, durable, IP-rated — flies in light rain
FPV via Goggles, Remote Screen, or Laptop
Key uses
ISRField ReconTarget Locating (ATAK)Gun SitingMunition DeliveryDrop SystemIntegrated WarheadAutomated missionsManual missionsEnergy infrastructure protection
Download spec sheet
RAVEN Military Deck — full technical specifications, targeting workflow, and platform versions
Download PDF
RMUS Raven™ Versions ARMUS™ Fiber optic 🔒 Spec sheets
Raven versions
Based on where they operate within the jamming spectrum

Camera variants and fiber optic options allow the Raven to operate across the full jamming spectrum — from open RF environments to fully contested electronic warfare.

Multiple flight usage
Raven ISR
Intelligence, Surveillance and Reconnaissance

Multi-flight platform for battlefield intel and training. Designed to be flown repeatedly with full sensor and ATAK integration.

  • ATAK integration — target locating, passing, and receiving
  • Drop system compatible
  • Digital fiber optic system compatible
  • AI ready for advanced programming
  • Multiple camera configurations (Single, Dual, Gimbaled)
Gimbaled camera option
Can be used for reconnaissance. The pilot is able to move the camera during flight for enhanced situational awareness.
Single-use targeting
Raven Short Range Targeting
400 metre jamming range

One-time flight with strap-on munition. Operates within 400 metres of jamming. Dual camera used when jamming is present and target needs to be selected at a longer range.

  • Strap-on munition delivery
  • 400 m jamming range
  • Dual camera variant — target selection at range under jamming
  • Single camera variant — used when no jamming is present
  • Semi-automated targeting via GO-TO AI
Accuracy data
Classic FPV: 1/10 hit rate → FPV Fiber: 6/10 hit rate → Targeting FPV: 9/10 hit rate
Single-use targeting
Raven Long Range Targeting
1 km jamming range

One-time flight with strap-on munition. Extends the jamming range to 1 km, allowing engagement of targets beyond typical RF jamming coverage.

  • Strap-on munition delivery
  • 1 km jamming range
  • Dual camera variant
  • Semi-automated targeting via GO-TO AI
  • Ground station operates on one-to-many basis
Fiber optic guided · Fully jam-proof
Raven Ultra Long Range Targeting
Up to 20 km — GPS and RF jam-proof

Similar to short range but with up to 20 km of fiber optic line. Once the drone is in flight, it cannot be affected by RF jamming or GPS spoofing. System AI makes minor in-flight corrections to maintain target lock.

  • Up to 20 km fiber optic line
  • Completely jam-proof and GPS-spoof-proof once airborne
  • AI maintains target lock through flight and impact
  • Pilot can watch entire flight if signal is not jammed
  • Uses 20 KM FPV spool system (1,814 g)
How it works
The targeting workflow

The Raven targeting system is a smart RMUS solution built on the GO-TO smart platform — an AI-powered algorithm that enables users to carry out missions in a semi-automated manner.

01
Target Selection
Pilot activates targeting mode on the remote control. The joystick is used to adjust crosshairs and select the target.
02
Target Lock
Once the pilot selects the target, the drone locks onto the object and automated flight is initiated.
03
Target Flight
Mission is fully automated. The drone cannot be affected by RF jamming or GPS spoofing. System AI makes minor in-flight corrections to maintain target lock.
04
Target Impact
Pilot can watch the entire flight if the signal is not jammed. Mission completes autonomously.
Digital fiber optic business line
Jam-proof at any range

RMUS digital fiber optic systems provide fully jam-proof video and control links. Communication distance: 20 KM / 40 KM / 60 KM.

Training 5 KM FPV Spool
Short-range training and deployment system
Weight
714 g
Fiber length
5 km
Attenuation
1.01 dB
Spool diameter
190 mm
Spool length
300 mm
Comm distance
20–60 km
Sky end (drone-side)
Wavelength: 1310 nm · Optic interface: FC · Power: DC 5.5–26V (2S–6S battery) · Consumption: ≤5W · Size: 50×29×23 mm
Training useISR capableRF jam-proof
Operational 20 KM FPV Spool
Full operational extended-range system
Weight
1,814 g
Fiber length
20 km
Attenuation
5.42 dB
Spool diameter
190 mm
Spool length
390 mm
Comm distance
20–60 km
Ground side (controller-side)
Wavelength: 1550 nm · Optic interface: FC · Power: DC 5.5–26V (2S–5S battery) · Consumption: ≤5W · Size: 50×29×23 mm
Ultra long range targetingGPS jam-proofRF jam-proof
Core technology
RMUS GO-TO AI Technology

At the core of every RMUS drone is GO-TO Technology — designed for flexibility and scalability. Built around two key elements: Hardware and Software.

RMUS GO-TO I/O Board
Modular interface supporting sensors, payloads, and third-party hardware integration. Enables task-specific configurations without heavy R&D investment.
RMUS GO-TO Radio System
Secure, reliable communications with extended range. One-to-many base station to multiple drones. Pilot remains at safe distance from the transmission antenna at all times.
RMUS GO-TO AI Processing Chip
Integrated into the radio controller — enabling real-time onboard AI computation. Object detection, position hold, targeting, following, and GPS-denied navigation all run on-device.
Open-source software framework
Preloaded AI models and mission-specific apps. Flexibility to deploy custom, task-specific applications — allowing organizations to adapt drones to unique operational requirements without heavy R&D investment.
Modular global manufacturing
GO-TO AI electronics manufactured in Kraków, Poland. Electronics shipped to assembly locations in Canada, USA, and Bosnia. Canada is a named assembly node — systems integrated and delivered from Kitchener, Ontario.
Autonomous targeting AI
Post target-lock, the drone cannot be affected by RF jamming or GPS spoofing. System AI makes minor in-flight corrections to maintain target lock through to impact. 9 in 10 hit rate with Targeting FPV vs. 1 in 10 with classic FPV.
Modular manufacturing
Assembled in Canada

RMUS GO-TO AI Electronics are manufactured in Kraków, Poland and shipped to RMUS assembly locations globally — with Canada as a named node. Sites have the raw materials, components, and equipment to build systems. RMUS GO-TO AI Software is added on location.

🇨🇦
Canada
🇺🇸
USA
🇵🇱
Poland
🇧🇦
Bosnia
🇯🇵
Japan
🇦🇺
Australia
Non-Chinese supply chain by design. RMUS is actively working to secure the supply chain from non-Chinese components across all future manufacturing expansions, including duplication of electronics manufacturing in the US and deployment of 3D printing and injection moulding capabilities at remote sites.
Indoor AI platform
ARMUS™
ARMUS indoor AI drone
Task-Specific Indoor AI Drone — Powered by RMUS GO-TO Technology

The ARMUS Indoor AI Drone is a cost-effective, AI-powered solution designed for tactical, inspection, and research missions in GPS-denied environments. Task-specific design, lower total cost of ownership, and a fully integrated platform ecosystem built over more than a decade of UAS expertise.

NDAA-compliant options available through the RMUS "Be Part of the Solution" partner program.

Specifications
Dimensions
240 × 200 × 50 mm
Weight
290 g
Max flight time
10 min
RGB camera
8 MP
Transmission
1080p
Digital zoom
6×
Hardware features
Turtle mode — self-rights after collision
Low-light camera for dark tactical environments
Radio optimized for indoor tactical use
Onboard object recognition — no cloud required
Modular GO-TO I/O board for sensors and third-party payloads
Integrated AI processing chip for real-time onboard computation
Key differentiators
🏴
ATAK compatible
Full TAK integration
🚫
No subscription fees
Own the platform
✅
Not made in China
NDAA-compliant options
🔌
GPS-denied capable
Fully indoor operation
Software & apps included
GO-TO AI
Basic image & object detection — onboard, no cloud
Seecore
Command & control, drones, drone detection
SkyeBrowse
Create 3D models from drone footage
Seecore Stream
Live streaming
Airdata
Fly with confidence — flight analytics and safety
Included with every ARMUS purchase
RMUS Hub™ — Immersive virtual training to build operator skills and mission confidence.
RMUS Zone™ — Collaborative community for sharing use cases, accessing technical support, and exchanging operational insights.
Pricing structure
Initial purchase
$5,600 CAD
1 drone + controller
Additional drones
$2,300 CAD
Per drone, no controller*
*Controller included with initial purchase. Additional drones can be rebound to the same controller.
Contact us to order or enquire
Please consult with our experts prior to ordering. Contact us for NDAA compliance, volume pricing, and training packages.
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