LEAP enables responsive,
mass-producible, high-cadence
logistics

Traditional systems
aren’t just slow -
they’re overbuilt,
overpriced, and outpaced.

Our answer is simple.
Scale without complexity.

Mass Production

1

High Cadence

2

Responsive Launch

3

Sovereign resilience

4

Vehicles, nodes, logistics.
One system.
Global mobility,
on demand.

OUR TECHNOLOGY:

LEAP began with one insight: complexity is the enemy of speed.

ENGINES

OUR
INNOVATIVE
PROPULSION

Most propulsion systems trade performance for complexity. We don't. Our proprietary propulsion system combines a high-thrust booster with a high efficiency upper stage. And strips out everything else that slows you down. The result is a scalable system with tailored performance, built to launch reliably and meet diverse mission needs.

ENGINE NAME:

CAYENNE

CONFIGURATION:

DUAL MODE

PROPELLANTS:

LOX/Ethane

TANKS

LEAP'S
PROPRIETARY
TANKS

Our tank forming process produces high-strength, lightweight structures from common materials, optimized for speed and scale. Performance identical to titanium at a fraction of the cost.

DIAMETER:

TAILORED

WEIGHT:

TAILORED

PRESSURE:

400 bar+

  • Readily available materials
  • 100x lower costs
  • Lightweight structures
  • Faster build, test, and qualification

Bullfrog is a simple, fully reusable unmanned space vehicle for point-to-point logistics, hypersonic testing, and microgravity research.

Bullfrog (P2P) Specs

  • Reusable
  • Single Engine
  • Single Stage Liquid
  • Parachute land
  • Performance: 100lb to 120km
  • First flight: May 2026

Bullfrog

Payload:

100 lbs

Range:

210 km

Missions:

P2P, contested logistics, hypersonics, suborbital R&D

Uniqueness:

Low-cost, reusable research platform. P2P demonstration system

Production Capability: Dozens a year, capable of weekly flights in 2027

2026

Initial
Launch

2027

Full Operations
(12x/year)

2028

Continued testbed

Bighorn is a mass-producible, transportable launch vehicle built for rapid response that supports dedicated orbital, point-to-point, contested logistics, targets, testing, and hypersonics missions.

Bighorn Specs

  • Reusable or expendable
  • Single-Engine
  • Parachute return
  • 90% fewer parts
  • Single manufacturing line production
  • 30+ units/year/line
  • Early 2028

Bighorn

P2P + Logistics:

1000 kg up to 7000 km

Orbital:

300 kg to LEO

Targets, Test, Hypersonics:

10x lower cost

2026

Design + Testing

2027

Initial Production
Testing

2028

Full Operations
(30+ units/year)

FACILITIES

LEAP began with one insight: complexity is the enemy of speed.

LEAP will have a network of globally located nodes capable of manufacturing, integrating, and launching vehicles. LEAP Modular and Integrated Nodes combine:

Manufacturing

1

Payload warehousing

2

Integration

3

Testing

4

Launch

5

Site 1

U.S. Rockies

LEAP’s initial logistics facility is located in the US to enable low-cost manufacturing and access to launch. LEAP will build additional facilities throughout the US.

Future sites

pacific/ australia, europe

LEAP will replicate our facilities globally to provide a robust logistics infrastructure that can be deployed globally.

A global mesh of deployable nodes
begins coming online in 2027.

LEAP INTO

THE FUTURE

PUMA

PUMA is a fully reusable single-stage spaceplane enabling on-demand access to, through, and from space.

SPRINGBOK

SPRINGBOK is a mass-producible, transportable, rapid-response Delta II class launch vehicle delivering dedicated orbital, point-to-point, and deterrence missions.

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info@leapspace.one
295 Interlocken Blvd.
Suite 175
Broomfield, CO 80021
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