The Problem

Current ground vehicles — tanks, trucks, and cars — are expensive, vulnerable, difficult to maintain, and rely on human operators in high-risk environments. They are easy targets, struggle with rough terrain, and lead to significant human and logistical losses. Conventional tires fail frequently, and support infrastructure is costly and inflexible, creating critical bottlenecks in military, logistics, and agricultural missions.

Happy client

The Solution

The use of lightweight, modular, low-cost autonomous ground vehicles—designed to operate in swarms and carry out logistical or tactical missions without putting human lives at risk—offers a strategic advantage. Each unit costs less than the ammunition needed to destroy it, making attacks against them economically unsustainable. Equipped with 3D-printed, airless tires that are both adaptable and durable, these vehicles eliminate the need for suspension, reduce mechanical failures, and simplify maintenance. Their production is decentralized and sustainable, allowing for manufacturing close to the front lines. By distributing large loads into multiple smaller ones, they increase redundancy and operational resilience. With no onboard crew, human risk is eliminated, and their autonomy enables operations in hazardous areas without endangering personnel. On the battlefield, these vehicles serve as an asymmetric strategy: they economically wear down the enemy, keep missions on track, and protect lives with efficiency and intelligence.

Innovative, Cost-effective, and Sustainable Solutions

We develop unmanned vehicles for logistical optimization, mapping, and military tactical use.

Autonomous Vehicles

Adaptable vehicle, adjustable payload, and autonomous driving software. And most importantly, affordable.

3D Printing

We produce UGVs with airless tires, ideal for challenging environments and various applications.