Clearing the Path to Safe Ground

Unexploded ordnance (UXO) remains a persistent threat in post-conflict regions, placing communities and frontline clearance teams at continued risk.

Viggen Robotics is developing low-cost, remotely operated rover platforms designed to support mine action efforts, creating a safer operational buffer between personnel and hazardous environments.

Our Approach

Built to Reduce Risk in Field Level Decommissioning

Viggen Robotics is focused on developing low-cost, deployable rover platforms designed to support organizations operating at the frontlines of landmine and UXO clearance.

We believe machines should play a larger role in hazardous operations, extending standoff distance and reducing direct human exposure. Our approach centers on building scalable, purpose-driven systems that can be deployed in volume and adapted to evolving field needs.

We aim to work alongside mine action agencies and field operators to support safe land recovery and long-term reclamation efforts.

Consumable Design

Designed with a consumable deployment model- prioritizing mission effectiveness over asset recovery.

In high-risk environments, equipment loss is often unavoidable.

Our approach embraces this reality by enabling systems that can be deployed where traditional, high-cost equipment would be impractical.

We focus on simplified construction, accessible materials, and field-level assembly, allowing for rapid deployment and replacement without reliance on specialized infrastructure.

Affordability at Scale

Engineered to reduce cost without compromising operational utility.

Through deliberate material selection, simplified architectures, and efficient production methods, we aim to make deployment economically viable across a wide range of missions.

By avoiding unnecessary complexity and high-cost components, we enable broader access to robotic support in environments where budget constraints often limit technology adoption.

Remote-First Operation

A human-in-the-loop approach ensures that trained personnel remain central to decision-making without being physically exposed to hazardous environments.

Our systems are designed to keep operators at a safe distance while maintaining direct control over mission execution.

Supporting safer reconnaissance, navigation, and task execution in areas where direct human presence carries significant risk.

Scalable Deployment

We design rover systems for transportability, rapid assembly, and batch deployment. This enables multiple units to be deployed across larger areas, supporting more efficient coverage and operational flexibility.

Our approach considers real-world constraints, logistics, terrain variability, and field conditions, to ensure systems can be mobilized quickly and operate effectively in challenging environments.

Let’s Build Safer Clearance Capability Together

If your organization works in humanitarian mine action, hazardous field robotics, explosive ordnance response, or post-conflict recovery, we would value the opportunity to connect.

Seeking operational insight, technical collaboration, and mission-aligned partnerships.