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Launched February 26, 2025

Exploring the Unknown with Odin

Odin launched on February 26, 2025, to capture critical images of asteroid 2020 OB5, a crucial step in advancing our asteroid mining missions.

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Launched February 26, 2025

Exploring the Unknown with Odin

Odin launched on February 26, 2025, to capture critical images of asteroid 2020 OB5, a crucial step in advancing our asteroid mining missions.

Odin's Mission Role: Preparing for Asteroid Mining

Odin is more than just a spacecraft—it's a crucial part of our mission to make asteroid mining a reality. Built to capture high-resolution imagery and analyze asteroid composition, Odin provides the critical data needed to plan future mining missions and support our long-term vision for deep space exploration.

technical specifications

Weight

100 kg total, 30 kg payload capacity

Weight

100 kg total, 30 kg payload capacity

Power Source

High-efficiency solar panels, 250W output

Power Source

High-efficiency solar panels, 250W output

Autonomy

Operates independently for up to 6 months

Autonomy

Operates independently for up to 6 months

Propulsion System

Electric propulsion, achieving speeds up to 20,000 km/h

Propulsion System

Electric propulsion, achieving speeds up to 20,000 km/h

Navigation

AI-driven system with autonomous obstacle avoidance

Navigation

AI-driven system with autonomous obstacle avoidance

Thermal Resistance

Withstands re-entry temperatures over 1,600°C

Thermal Resistance

Withstands re-entry temperatures over 1,600°C

Communication

Real-time data transmission up to 10 Mbps

Communication

Real-time data transmission up to 10 Mbps

Material

Titanium and carbon fiber composites for durability

Material

Titanium and carbon fiber composites for durability

3,466 MM

3,466 MM

1381 MM

1381 MM

703 MM

703 MM

684 MM

684 MM

technical specifications

Weight

100 kg total, 30 kg payload capacity

Power Source

High-efficiency solar panels, 250W output

Autonomy

Operates independently for up to 6 months

Propulsion System

Electric propulsion, achieving speeds up to 20,000 km/h

Navigation

AI-driven system with autonomous obstacle avoidance

Thermal Resistance

Withstands re-entry temperatures over 1,600°C

Communication

Real-time data transmission up to 10 Mbps

Material

Titanium and carbon fiber composites for durability

3,466 MM

1381 MM

703 MM

684 MM

Engineering Innovations That Power Our Missions

Discover the engineering innovations behind our missions. From advanced laser systems to autonomous navigation and thermal management, our technology is built for the demands of deep space exploration.

Precision Technology

Advanced Laser Systems

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Precision Technology

Advanced Laser Systems

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Precision Technology

Advanced Laser Systems

Our spacecraft travels to a selected asteroid using advanced propulsion.

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AI-Driven Systems

Autonomous Navigation

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AI-Driven Systems

Autonomous Navigation

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AI-Driven Systems

Autonomous Navigation

Our spacecraft travels to a selected asteroid using advanced propulsion.

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Heat Resistance

Thermal Management

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Heat Resistance

Thermal Management

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Heat Resistance

Thermal Management

Our spacecraft travels to a selected asteroid using advanced propulsion.

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Advanced Systems for Safe and Scalable Missions

Our spacecraft are designed with safety and scalability in mind. From modular designs that allow future upgrades to AI-driven systems that ensure mission reliability, our engineering approach combines innovation with practicality.

Future-Ready

Modular Spacecraft Design

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Future-Ready

Modular Spacecraft Design

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Future-Ready

Modular Spacecraft Design

Our spacecraft travels to a selected asteroid using advanced propulsion.

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Autonomous Control

Self-Optimizing AI Systems

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Autonomous Control

Self-Optimizing AI Systems

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Autonomous Control

Self-Optimizing AI Systems

Our spacecraft travels to a selected asteroid using advanced propulsion.

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Precision Handling

Automated Storage Systems

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Precision Handling

Automated Storage Systems

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Precision Handling

Automated Storage Systems

Our spacecraft travels to a selected asteroid using advanced propulsion.

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Optimized for Deep Space Exploration

We engineer every component to withstand the extreme conditions of deep space. From high-efficiency power systems to advanced thermal protection, our spacecraft are built to go farther and last longer.

Reliable Energy

High-Efficiency Power Systems

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Reliable Energy

High-Efficiency Power Systems

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Reliable Energy

High-Efficiency Power Systems

Our spacecraft travels to a selected asteroid using advanced propulsion.

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Extreme Durability

Advanced Thermal Protection

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Extreme Durability

Advanced Thermal Protection

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Extreme Durability

Advanced Thermal Protection

Our spacecraft travels to a selected asteroid using advanced propulsion.

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Future Expansion

Scalable Mission Architecture

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Future Expansion

Scalable Mission Architecture

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Future Expansion

Scalable Mission Architecture

Our spacecraft travels to a selected asteroid using advanced propulsion.

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Asteroid Mining Is No Longer Just Sci-Fi

Odin on its journey to deep space

Odin on its journey to deep space

Odin on its journey to deep space

The asteroid we are targeting for mining

The asteroid we are targeting for mining

The asteroid we are targeting for mining

Our vision for in-space resource extraction

Our vision for in-space resource extraction

Our vision for in-space resource extraction

Preparing for launch at mission control

Preparing for launch at mission control

Preparing for launch at mission control

Building the future of space mining

Building the future of space mining

Building the future of space mining

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