ARXO Defense Technologies

Design

The Reaper-1 was engineered with tactical discretion and rapid deployment in mind. Featuring a low-observable aerodynamic body, composite stealth materials, and modular internal architecture, this compact platform is optimized for soldier-level engagement. Its design supports silent operation, low radar cross-section, and ease of field deployment—all critical for today’s decentralized battlefields.

Innovation

Olympus AI Integration: Enables real-time autonomy, swarm logic, and predictive targeting through battlefield-trained neural layers.

Directional EMP Emitter: Designed to neutralize electronics and drone swarms with minimal collateral disruption.

9G Burst Dart System: Built-in lateral thrust ports provide rapid evasion capabilities beyond standard UAV maneuvering limits.

Omnidirectional Acoustic Detection Array: Self-developed sensor system that captures inaudible drone threats across 360°.

Stealth Deployment Profile: Lightweight frame and matte stealth coating reduce radar and visual signatures.

Capabilities

Combat-Class Speed & Interception
Reaper-1 is built for high-speed response, capable of intercepting enemy drones with precision. Its agile frame and thrust ratio allow for fast deployment and rapid pursuit in active combat zones.

Satellite Uplink
With Olympus-SATLINK, Reaper-1 connects to live satellite data, giving its AI real-time environmental awareness and navigation—even in GPS-jammed areas.

Stealth
Reaper-1’s low-visibility design and radar-absorbing structure reduce detection across radar, visual, and acoustic spectrums, making it ideal for covert ops.

Burst Dart Evasion
Using side-thrusting micro-jets, Reaper-1 performs quick, high-G dodges to evade missiles and kamikaze drones—boosting its survivability in close encounters.

Acoustic Detection
An onboard mic array detects aerial threats by sound, even those inaudible to humans. Olympus processes this data to alert and guide evasive action.

Handheld Control
Reaper-1 is fully operable via an 8-inch tactical tablet, allowing troops to command it through touch or voice, while Olympus handles autonomous execution.

ARXO REAPER-1 SPECS | PUBLIC ACCESS

Drone Length

Operational Weight

Overall body length from front tip to rear.
What it does: Determines carry method, visibility, and payload housing.
Spec: Approximately 3.5 to 4 feet

Operational Weight

What it is: Fully loaded flight weight including battery and core components.
What it does: Impacts flight efficiency, launch method, and mobility.
Spec: 9.5 to 15 lbs, depending on mission loadout.

Propulsion System

Operational Weight

Propulsion System

What it is: Flight mechanism for lift and movement.
What it does: Enables VTOL and agile mid-air navigation.
Spec: Concealed Quad-rotor brushless motor system with silent operation tuning

Power Supply

Chassis Construction

Propulsion System

What it is: Flight mechanism for lift and movement.
What it does: Enables VTOL and agile mid-air navigation.
Spec: up to 5+ hours Flight due to Advanced Battery System.

Flight Endurance

Chassis Construction

What it is: Max continuous flight time under average load.
What it does: Defines recon window and mission duration.

Spec: Up to 5hrs per charge (swappable)

Chassis Construction

What it is: The external body structure.
What it does: Ensures durability, radar damping, and weight control.
Spec: Reinforced carbon-fiber composite frame, low-observable finish.

Autonomy Control

What it is: AI-driven navigation and engagement logic.
What it does: Allows for hands-free operation and self-adjusting flight.
Spec: Powered by Olympus AI for autonomous missions and target avoidance.