SpaceEye-T: 25 cm Satellite Imagery and Tasking Now Available Through Pacific Geomatics Limited
Canadian geospatial services provider Pacific Geomatics Limited has begun offering access to high‑resolution imagery and direct tasking services from the SpaceEye‑T satellite, a very very high‑resolution optical Earth observation platform operated by SI Imaging Services (SIIS) and developed by Satrec Initiative. The availability of 25 centimeter native panchromatic and 1 meter multispectral data through Pacific Geomatics expands options for government, commercial, and scientific users seeking detailed views of terrestrial features from low Earth orbit. SpaceEye‑T’s imagery and tasking capability are now commercially accessible, allowing organisations to request targeted optical data for areas of interest with improved responsiveness.
SpaceEye‑T was launched in March 2025 into a sun‑synchronous orbit roughly 500 kilometers above Earth and is part of a new class of very high resolution (VVHR) satellites that deliver native 25 cm detail, among the finest commercially available optical imagery presently in orbit. The satellite’s agile imaging system and the tasking‑as‑a‑service model enable frequent revisit times and rapid acquisition of both panchromatic and multispectral data over a 12 kilometer swath, supporting precision mapping and change detection across wide areas. By partnering with Pacific Geomatics, SIIS leverages existing geospatial infrastructure to deliver secure, tailored imagery to end users without requiring them to source data directly from the operator.
The commercialisation of SpaceEye‑T through authorised distributors underscores a broader trend in Earth observation toward flexible access models that combine dedicated satellite tasking with responsive delivery pipelines. With native 25 cm imaging now accessible through regional specialists such as Pacific Geomatics, applications in defence monitoring, infrastructure planning, environmental management, agriculture, and disaster response can benefit from higher resolution data that supports detailed analysis and operational decision making. The expanded availability reinforces the role of next‑generation optical satellites in meeting diverse user requirements across both public and private sectors.
