Esper Satellites operates a hyperspectral satellite constellation that captures fine-grained spectral data of the Earth's surface to identify minerals and materials from orbit.
Esper's imagery helps mining and exploration companies find critical mineral deposits and run more efficient operations, with additional uses in agriculture, environmental monitoring and archaeology. The Australian company has flown several demonstrator payloads and is building toward a larger constellation for frequent global coverage.
Enough spectral bands stop a satellite being a camera and turn it into a chemical assay. The Esperesso imager reads the spectrum in narrow contiguous bands, so mineral exploration that used to need people walking the ground can start from orbit.
NZVC invested in Esper from NZVC Fund II. We file the company under Deep Tech on the portfolio wall.
We backed Esper because hyperspectral data is a powerful input for critical mineral exploration at a time when the world urgently needs new supply, and doing it from space makes the search far cheaper and broader than fieldwork alone. The team has shown a low-cost, capital-efficient path to orbit and is scaling a constellation rather than betting on a single satellite. With critical minerals now a strategic priority for many governments and industries, the demand for this kind of intelligence is expanding fast.
You hear three founders quietly building a space sector in Australia and New Zealand on lean budgets. Stefan Powell of Dawn Aerospace explains why most of a rocket can just be an aircraft, Shoaib Iqbal of Esper explains how to build hyperspectral satellite sensors from off-the-shelf parts, and Billy Jeremijenko of Aquila makes the case for moving energy with light instead of cables.
A joint episode, alongside Dawn Aerospace.
You hear how a teenager winning hackathons in Saudi Arabia ended up launching satellites from Australia. Shoaib Iqbal explains what hyperspectral imaging sees that cameras cannot, and who in mining and agriculture pays for it.