Humanity's First Commercial Space Teleportation System
QuantumShift QS-1 teleports up to 10 metric tons across interplanetary distances — from the Moon to Mars orbit — in microseconds. No rocket. No delay. No limits.
Our Mission
The QS-1 operates exclusively beyond planetary gravity wells — in the low-gravity band between the Moon and Mars orbit — where quantum-field coherence can be maintained across interplanetary scale. This is not science fiction. This is engineering.
Our first operational route runs from Shackleton Crater Station on the Moon's south pole to a designated parking orbit around Mars — enabling real-time logistics for deep-space research missions without the 7-month travel delay.
Live Simulation
Watch the QS-1 disassemble a Mars Exploration Rover at Shackleton Station, transmit its quantum signature across 225 million kilometers, and reassemble it perfectly at Mars orbital insertion point — in under 3 microseconds.
Technical Specifications
Quantum-field propagation achieves effective faster-than-signal transmission via pre-collapsed entanglement arrays.
Maximum payload of 10 metric tons within a 5×5 meter envelope. Includes complex machinery, rovers, and life support modules.
Full Moon-to-Mars range at maximum separation. Coherence maintained via the Lagrange-5 relay node network.
Sub-atomic reconstruction fidelity using 128-qubit error correction. No data loss across interplanetary distances.
Requires gravitational field strength below 0.8g. Optimized for deep-space operations beyond low Earth orbit.
Powered by a compact helium-3 fusion reactor at the Moon's south pole using locally-mined lunar regolith fuel.
Development Milestones
Dr. Mira Voss and team achieve stable macro-scale quantum coherence at the Zurich Institute. First teleportation of a 1g object across 12 meters.
CompletedISS-based experiments confirm that micro-gravity environments dramatically extend coherence distances. 2kg payload teleported 400m aboard the station.
CompletedShackleton Crater Station groundbreaking. QS-1 transmitter array foundation completed. Fusion reactor installation underway.
CompletedSuccessful teleportation of a 500kg equipment module from LEO to Lunar orbit — 384,000 km in 0.8 microseconds. World record.
CompletedFull commercial operations begin. First Mars Rover batch — 3 vehicles — teleported to Mars orbit. Mission control confirms 99.9998% fidelity.
Now LiveNext-generation transmitter capable of 50 metric ton payloads, including pressurized crew habitats. Enabling crewed Mars base construction.
In DevelopmentJoin the Mission
Partner with QuantumShift for early access to QS-1 commercial teleportation slots. Ideal for space agencies, research institutions, and deep-space infrastructure projects.
Currently accepting Tier-1 partners. Government and ESA/NASA affiliates prioritized.