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Finally, an Escort you can bring home to mission control.
NAUTI ESCORT

A spacecraft that supports other spacecraft

Nauti Escort is a self-sufficient in-space vehicle that carries propulsion, guidance, control, communications, power, thermal management, avionics, and a mission interface. Its role is to support other orbital assets like satellites, payload platforms, space station modules, manufacturing platforms, logistics vehicles, or spacecraft. Nauti Escort offers mobility and operational support that these assets cannot affordably provide on their own.
The customer focuses on the mission.
Nauti Escort handles the support functions around it.
INFRASTRUCTURE ECOSYSTEM & THE NAUTI ESCORT
SERVICES

Mobility

- Orbital Insertion & Last-Mile Delivery

- Repositioning & Maneuvering Execution

- End-of-Life/-Mission Relocation & Disposal

- Rendezvous, Proximity Operations, & Docking (RPOD)

On-Orbit Servicing

- Visual & Robotic Inspection, Diagnostics, & Servicing

- Lifetime Extension

- Orbital Replacement Units (ORUs) & Upgrades

- Refueling Operations

Utilization

- Power Provision

- Thermal Management

- Communications & Data Relay

- Pointing / Attitude Control

- Data Storage, Processing, & Encryption

- Propellant Transfer

COMPETITIVE ADVANTAGE
Not just a tug or a bus
Nauti Escort is positioned among various spacecraft categories and is designed to merge its most useful features into a single modular support vehicle.
Differentiators

It can stay with the asset


Escort can support a customer through more than one mission phase instead of only providing a one-time transfer.

It separates payload control from vehicle control


Payload operators can request services without directly commanding propulsion or GNC.

It is designed to scale


The architecture supports different configurations, docking interfaces, and multiple Escort vehicles for higher-capability/ assurance missions.

It supports the full mission lifecycle


Escort can help from deployment through operations and end-of-life.

CAPABILITIES

Orbits

LEO, MEO, GEO cislunar, and beyond

Payload Volume

Support a large, single payload or many, smaller profile payloads

Single Escort

<180-240 cubic meters*

 

Dual Escort

<150-240 cubic meters*

 

Triple Escort

<120-240 cubic meters*​

 

* Range depends on if payload is launched co-manifested with the Escort

Delta-V

Scalable Delta-V to meet any payload class and mission needs

Single Escort

360-2800 meters/second

 

Dual Escort

356-3200 meters/second

 

Triple Escort

370-3400 meters/second

Attitude

Control

x4 Dual-Gimbal Control Movement Gyros (CMGs)

Pointing Accuracy

<10 arcseconds (1σ)

 

Slew Rate
> 1°/sec via CMGs
5°/sec via RCS thrusters

 

Jitter

2 arcsec/sec over 1.0 seconds

Comms &

Data

Secure & Isolated Data and Communications

Data Interfaces

Ethernet (1000BASE-T), RS-422

Downlink

4 Mbps down (X-band)

Uplink

Ethernet (1000BASE-T), RS-422

Lifetime

Medium lifetime to support most missions while building with a future logistics network in mind 

Lifetime

8 years / Escort w/o EVA/EVR Servicing 

Payload

Capacity

Scale up to any payload mass by stacking multiple Nauti Escorts

Single Escort   

<20,000 kilograms

 

Dual Escort

<40,000 kilograms

 

Triple Escort

<60,000 kilograms

Payload

Interface

Option to leverage the standard Escort docking interface or ESPA-custom interfaces via a payload adapter. The Nauti Escort offers the following at its forward and aft docking interfaces: 

  • Redundant Power (28V)

  • Mechanical Heat Paths 

  • Redundant, Isolated Data via Ethernet (1000BASE-T), RS-422

  • Propulsion Pressurant 

  • Propulsion Fuel

  • Propulsion Oxidizer

Propulsion

Powerful and precise translation & attitude control

Propellant

MMH/MON-3

 

Thrust

x6 5,000 lbf Main Engine

x4 RCS quad-thrusters

Power

Provisioning for payload keep-alive, mission support and servicing

Single Escort

2000 Watts OAP (EOL) (28V unregulated) 

Dual Escort

4000 Watts OAP (EOL) (28V unregulated) 

Triple Escort

6000 Watts OAP (EOL) (28V unregulated) 

Redundancy

Redundancy is carefully planned to enable scalable mission assurance through the stacking of multiple escorts

  • Single Fault Tolerant Systems

  • Dual Fault Tolerant Systems 

  • Mission & Non-Safety Critical Flight Functions 

  • Safety Critical Functions 

Human Rating Assurance is achieved via a minimum of two (2) Nauti Escorts

Launch

Compatibility

Falcon 9, Falcon Heavy, Starship, Terran R, New Glenn, Vulcan, Neutron, Eclipse, Ariane 6, H3

Launch Vehicle compatibility depends on multi-Escort stacking needs

Join us in building a future where space infrastructure is a collaborative resource. We invite partners, customers, advisors, and investors who back scalable innovation. Together, we can transform space exploration for future generations.

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