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Owner-operated and U.S.-sourced, we build affordable, mission-driven systems without the overhead that drives competitor pricing.
K9 SCOUT
Throwable 2WD Observations Robot
Role: Sub-6 lb throwable sUGV built for rapid deployment in tight, high-risk environments to gain immediate visual access without exposing personnel.
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Durability: Designed to survive drops from up to 10 feet for real-world impact tolerance.
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Mobility: Capable of navigating obstacles up to 4 inches, handling thresholds, debris, and uneven terrain.
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Vision: Live EO camera feed with integrated LED headlights for low-light and interior work.
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Endurance: Several hours of operating time for extended observation and repeated deployments.
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Control Link: Supports our Wi-Fi short-range architecture for fast setup and affordability, straightforward operation. Improved control architectures are available for increased range and integrations.
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Form Factor: Compact throwable profile at approximately 20 inches long × 8 inches deep, optimized for rapid deployment and stable rolling in tight interior spaces.
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Accessory Mounting: Two Picatinny rails for small add-ons (compact lights, laser aiming devices, etc.).
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Weather Resistance: Light-rain water resistance for practical outdoor use.
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Field Practicality: Built with field-friendly serviceability in mind.
Ruggedized 4WD All Purpose Robot
Role: An ultra-rugged, all-purpose 4-wheel sUGV designed to be deployed hard and fast for close-range reconnaissance, entry support, inspection tasks, logistical relay, payload delivery.
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Form Factor: Compact but more capable than our throwable SCOUT at approximately 14 in wide × 18 in long, optimized for maneuvering in tight spaces while maintaining stability.
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Weight: Approximately 15 lb, balancing portability with increased durability and payload flexibility.
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Durability: Built for hard-use deployment with drop resistance similar to our throwable platform, supporting real-world impacts and rough handling.
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Endurance: Several hours of operating time for extended observation, repeated deployments, and prolonged indoor/outdoor missions.
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Mobility: Four-wheel configuration for confident traversal over typical obstacles, thresholds, debris, and uneven ground while maintaining controllability under load.
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Audio: Integrated two-way audio (listen and talk) for negotiation support, verbal commands, and remote interaction during close-range operations.
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Control Link: Supports our Wi-Fi short-range architecture for fast setup and affordability, straightforward operation. Improved control architectures are available for increased range and integrations.
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Accessory Mounting: Picatinny rails for compact mission accessories such as lights, laser aiming devices, or other small attachments.
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Top Plate Payload Interface: MOLLE panel top plate for mounting servo-powered accessories and modular mission attachments, enabling rapid reconfiguration per use case.
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Field Practicality: Designed for durability, modularity, and field-friendly serviceability to keep downtime low and support simple part replacement.
K9 BREACHER
K9 BLAZER
All-Terrain 6WD Mobility Robot
Role: A 6WD rocker-bogie sUGV built for maximum mobility in complex terrain, prioritizing obstacle negotiation and access over extreme ruggedization.
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Form Factor: Footprint of 16in wide x 18in long, maintaining a compact profile while adding a 6-wheel suspension architecture for terrain dominance.
Mobility Advantage: Rocker-bogie suspension enables superior stability and traction over uneven ground, debris fields, curbs, and high-variation terrain.
Stair Climbing: Designed to climb stairs and handle step-like obstacles that stop traditional 2WD/4WD platforms.
Tradeoff vs BREACHER: Less impact-focused ruggedization than BREACHER, but significantly greater capability across formidable obstacles and complex routes.
Endurance: Several hours of operating time for longer missions and repeated traversals.
Audio: Integrated two-way audio for remote communication, commands, and negotiation support.
Control Link: Supports our Wi-Fi short-range architecture for fast setup and affordability, straightforward operation. Improved control architectures are available for increased range and integrations.
Accessory Mounting: Picatinny rails for compact mission accessories (lights, laser aiming devices, etc.).
Top Plate Payload Interface: MOLLE panel top plate for modular mounting of servo-powered accessories and mission-specific attachments.
Field Practicality: Modular, serviceable design intended to keep maintenance straightforward and mission reconfiguration fast.