Space Hardware Marketplace

HST-A1 Star Tracker

The HST-A1 is a fully autonomous, high-precision star tracker offering ultra-high pointing accuracy (up to 0.3 arcseconds, 3-sigma)…

PST4S-H1 Star Tracker

The PST4S-H1 is a low-power-consumption, pico-class star tracker customizable for various small-satellite applications, part of a TY-Space product…

PST3S-H4 Star Tracker

The PST3S-H4 is a compact, low-power refractive-optics star tracker designed for high-pointing-accuracy spacecraft attitude determination, with strong dynamic…

PST3S-H5 Star Tracker

The PST3S-H5 is a compact, lightweight star tracker that operates normally under stray light conditions and can be…

PST3S-K4 Star Tracker

A micro-miniature, radiation-resistant star tracker with a deployment baffle, providing high-accuracy attitude determination for small satellites.

OIQ MOVE Smart Switching Software

• Product typeAI-driven hybrid connectivity switching software (SaaS/on-asset agent)
• Networks supportedSatellite (NTN), 5G, 4G, private cellular, WiFi, LoRaWAN
• Switching methodReal-time AI network selection based on signal quality, latency, bandwidth and policy rules

AI-driven Smart Switching software platform that seamlessly and automatically routes connectivity across terrestrial (4G/5G/private) and satellite (NTN) networks…

ARES-A1 Free-Space Terminal

Quantum-optical free-space communications and PNT terminal for rapid deployment on drones, HAPS, ships, and other mobile platforms in…

OLYMPUS ClockSynQ-Sim

• TypeInternal Python-based simulation toolbox
• ModelsEntanglement distribution and quantum time transfer across vast distances based on quantum mechanics and high-fidelity optical propagation models
• Architecture attributes modeledEntangled photon source brightness; single photon detector efficiency; optical terminal diameter; clock drifts

Internal Python-based simulation toolbox for modeling entanglement distribution and quantum time transfer performance across satellite, fiber, and free-space…

Quantum Time Transfer (QTT) System

• How it works (RF/Optical)Measures the offset of individual photons vs. offset in phase
• How it works (QTT)Tight time correlation of entanglement; direct detection vs. analog-to-digital conversion
• Accuracy (RF/Optical)40 nanoseconds

Satellite-based quantum clock synchronization system delivering sub-nanosecond (10-picosecond-class) timing accuracy that is difficult to jam and unspoofable, as…

Rocket Motor Hardware — Nozzles, Tankages & End Rings

• Product typesNozzles, propellant tankages, end rings
• ApplicationSLV-3, ASLV, PSLV, GSLV Mk II and Mk III motor stages
• Materials15CDV6 alloy steel, high-strength maraging steel, titanium alloys, aluminium alloys

Precision-machined nozzles, propellant tankages and end rings supplied for ISRO's PSLV and GSLV launch vehicle motor stages.

S200 Solid Rocket Booster Segments (GSLV Mk III)

• ApplicationStrap-on solid rocket booster segment / Nozzle End Segment (NES), GSLV Mk III (LVM3)
• Isro designationS200
• Units delivered to date16

Large-diameter S200 strap-on solid rocket booster segments and nozzle end segments manufactured for ISRO's GSLV Mk III.

S139 Core Booster Motor Segments (PSLV / GSLV Mk II)

• ApplicationCore (first-stage) booster motor casing segment, PSLV / GSLV Mk II
• Isro designationS139
• Units delivered to date134

First-stage core booster motor casing segments (S139) manufactured for ISRO's PSLV and GSLV Mk II first stage.

PS0M-XL Strap-on Booster Motor Cases (PSLV / GSLV Mk II)

• ApplicationStrap-on booster motor casing, PSLV / GSLV Mk II
• Units delivered to date141
• Programme heritageASLV (1980s) → PSLV (from 1987) → GSLV Mk II

Solid-propellant strap-on booster motor casings manufactured for ISRO's PSLV and GSLV Mk II launch vehicles.

Raptor GPS-Denied Navigation Suite

• Aerial position accuracy<10 m RMSE in all dimensions (GPS-denied)
• Ground coordinate extraction accuracy<3 m absolute accuracy
• Operating conditionsWorks at night and at low altitudes

Vision-based software suite (Guide, Sync, Ace) that gives autonomous drones GPS resilience using onboard cameras and Vantor 3D…

Sentry Predictive Monitoring Suite

• Coverage scaleAutomated monitoring across hundreds of sites simultaneously
• Historical archive20+ years of 30 cm-class satellite imagery
• Core software integrationCortex (multi-constellation orchestration) and Forge (real-time data fusion)

Automated global-scale ISR monitoring solution that fuses multi-constellation tasking with AI analysis to predict threats before they emerge.

Vivid Basemaps

• Mosaic coverage (15 cm)6 million sq km across the world's most populated areas
• Mosaic coverage (30 cm)Virtually all of Earth's landmass except Antarctica
• Mosaic accuracy<5 m CE90, 4 spectral bands (BGRN)

AI-updated 2D and 3D global basemap suite offering seamless mosaics, 3D terrain, and vector features.

WorldView Tasking Suite

• Constellation10 imaging satellites
• Daily collection capacity~7 million sq km, including 3.5+ million sq km at 30 cm resolution
• Revisit rateUp to 15 revisits per day

Unified, on-demand tasking access to Vantor's satellite imaging constellation, covering Earth and orbital objects.

FANTM-RAiL Deployer

Lightweight, flight-proven smallsat deployer with railed and tabbed interfaces for payloads up to 60 kg.