Solving the Tyranny of the Rocket Equation.
The Problem
of total liftoff mass reaches orbit
To increase payload, rockets have traditionally added more fuel. But this increases total system weight — making the problem worse, not better.
Only 2.5% of total liftoff mass actually reaches orbit. The rest is vehicle and propellant.
10–20 tons of fuel are expended per second during initial liftoff just to escape Earth's gravity well.
A True Scientific Breakthrough
A launcher that can safely boost anything into the air via our patented travelling wave technology — without burning a single drop of fuel at liftoff.
OLAC propels rockets via compressed air instead of fuel. Reaches ~3km altitude and Mach 2+ before engines ever ignite.
Compared to other leading solutions that deliver only 2–5% gains (e.g. SpaceX's Mechazilla).
Solar-powered air compressors. Initial liftoff energy is recycled. Zero fuel burned during the launch assist phase.
Scalability
The OLAC Multiplex can be scaled to meet the needs of any launch provider — from pyrotechnics and weather systems to small-sats and full orbital rockets.
Market Timing
Orbital launches grew from 86 in 2015 to 263 in 2024 — a 206% increase.
Source: spacestatsonline.comThe Space Economy projected to reach $1.8 trillion by 2035, up from $630 billion in 2023.
Source: mckinsey.comProgress
Initial engineering and design finalized, with prototype underway.
Protected by a global PCT patent covering USA, China, EU, and all major jurisdictions.
Actively engaging key academic and manufacturing partners including UBC, U of T, IBM, KPMG, and NRC Canada.
Now Open
We are accepting investments — a chance to get in at the ground floor, right before lift-off.
Get in TouchThe Second Mission
Engineered for aerospace.
Sol is an omnicompetent AI assistant of Space Launch Technologies — built from the ground up to understand the language of orbital mechanics, aerospace engineering, and scientific reasoning.
We are building Sol to be the intelligence backbone of Space Launch Technologies — present at every layer of the company. From the dataroom to tracking mission milestones, briefing the team, translating complex aerospace data into clear, actionable intelligence, running mathematical simulations, and so much more.
Sol scales with the company as it scales from prototype to commercial launch operations. A living system that grows more capable with every milestone reached.
Real-time synthesis of mission parameters, telemetry data, and flight history. Sol monitors milestones, flags anomalies, and surfaces the information our team needs in the background.
Orbital mechanics calculations, structural analysis queries, propulsion modelling. Sol is capable of communicating using the language of aerospace engineering at the level of a domain expert, trained on our specific engineering systems and documentation.
Using RAG, we have Sol analyse and retrieve all documents in our VDR. Some capabilities include synthesising investor materials, surface due diligence answers, or prepare briefings from our existing documentation.
Sol's finance agent works from our numbers and understands the unit economics of commercial launch. Board-ready outputs on demand. Revenue projections, burn analysis, scenario modelling.
Competitive intelligence, regulatory landscape, launch market dynamics. Sol retrieves, reads, and synthesises external research and integrates it with our internal knowledge base to deliver actionable insight.
Drafting documents, scheduling, generating reports, routing tasks across the team. The automation agent handles the operational layer to have our engineers stay focused.