# NEXT-GENERATION MANEUVER,  UNCONSTRAINED

Argo spacecraft provide unprecedented deltaV, at a fraction of legacy system costs.

Argo has created new class of spacecraft uniquely capable of delivering and sustaining the maneuver necessary for a contested space domain.

## Unconstrained Maneuver

### Argo Spacecraft Benefits

- DeltaV measured in km/s, made possible by novel, high-performance propulsion and spacecraft architecture built for mobility
- Lightweight roll-out solar provides high power to payloads while supporting mobility-optimized propellant mass fraction
- Refueling between missions decouples deltaV use from vehicle life, enabling next-generation sustained maneuver and freedom of operation

Max Payload // LEO-GEO: 1,000 kg  
Max Payload // LEO-Lunar: 800 kg  
Max LEO Inclination Change: 45°

## Mission Sets:

### Rendezvous + Proximity Operations (RPO)

### Space domain awareness

### Offensive + defensive maneuver

### Multi-orbit payload hosting

Argo Family Of Spacecraft

## MANEUVER VEHICLES

Argo’s unique spacecraft architecture scales across form factors and missions. Built on a water-based foundation to deliver a new paradigm, not incremental improvement.

### Chiron

Small, low-cost maneuver vehicle  
High-deltaV maneuver in an ESPA package. Provides payload hosting, multi-orbit mobility, and RPO capability.

- Delta-V: 3.000 – 5,000 m/s / tank  
- Thrust Modes: **High Thrust**  
- Payload CAPACITY: **Up to 120 kg**  
- Vehicle Power: **> 1,500 W**

### Argonaut

#### Space movement & maneuver

Low-cost, flexible delivery of customer assets to any orbit; unmatched maneuver capability on orbit, for LEO through cislunar space.

- Delta-V: **5,000 – 17,000 m/s / tank**  
- Thrust Modes: **High + Low Thrust**  
- Payload CAPACITY: **Up to 1,400 kg**  
- Vehicle Power: **> 30 kW**

### Chiron

Future maneuver vehicle  
Coming Soon. Stay tuned for updates on this new vehicle.

- Delta-V: Redacted  
- Thrust Modes: **Redacted**  
- Payload CAPACITY: **Redacted**  
- Vehicle Power: **Redacted**

## THE FUTURE OF SPACE MOBILITY STARTS HERE

Forget the old constraints. It’s time to rethink space missions and architectures for a world where movement and maneuver are abundant.

Max Payload // LEO-GEO: 1,000 kg  
Max Payload // LEO-Lunar: 800 kg  
Max LEO Inclination Change: 45°