ispace bets private lunar delivery scales; two crashes, but Mission 3 is still planned

ispace designs and builds lunar landers and rovers, aiming to sell high-frequency, low-cost transportation and data services to the Moon for government agencies (NASA, JAXA, ESA) and commercial payload customers.

Private companies can make lunar delivery a high-frequency, low-cost business — and survive technical failures until agencies and industry pay.

Founded in September 2010 (as White Label Space Japan) by Takeshi Hakamada to compete in the Google Lunar XPRIZE; renamed ispace in 2013, it ran Team HAKUTO, one of five XPRIZE finalists. When the prize ended without a winner in 2018, ispace kept going, raised a then-record ¥10 billion Series A in 2017, won NASA CLPS and regolith contracts, and launched Mission 1 in December 2022 — the first privately funded commercial lunar mission.

Mission 1 crashed on its April 2023 landing attempt (an altitude-estimation software error), though it completed 8 of 10 milestones; ispace listed on the Tokyo Stock Exchange Growth market that year. Mission 2 'SMBC x HAKUTO-R Venture Moon' launched in January 2025 with the RESILIENCE lander and Tenacious micro-rover, entered lunar orbit in May 2025, then attempted landing on June 6, 2025: a laser rangefinder delay left the lander unable to decelerate enough and it hard-landed, and the mission was concluded.

Still running: after two crashes, ispace keeps the bet alive with Mission 3 (an APEX-class lander of about 5.4 t with roughly 300 kg of payload) planned for 2027 under NASA CLPS, and in 2026 announced the larger ULTRA lander family and a Lunar Connect communications business.

Lunar landing is a systems-engineering marathon, not a science gamble: both crashes produced telemetry and design fixes that feed the next, larger lander.

Early government programs (Google Lunar XPRIZE, NASA CLPS, ESA contracts) created real demand that a private company could chase without waiting for a consumer market.

Sponsorship and a public listing (SMBC as Mission 2 partner, TSE Growth in 2023) fund the mission before the product works — the mission itself is the product.

Each attempt raises the stakes and the lander size: from the 1 t RESILIENCE to the 5.4 t APEX-class Mission 3, so the technical investment compounds rather than resets.

When the product is first-of-kind hardware, failure is tuition: ispace converted two crashes into engineering data, sold missions to sponsors, and scaled up the next lander each time.

As of September 2026, ispace is still in technical-verification: Mission 3 — a lander about five times heavier than RESILIENCE with roughly 300 kg of payload — was planned for 2027 under NASA CLPS, launching on Mitsubishi Heavy Industries' H3. In 2026 the company announced the larger ULTRA lander family and a Lunar Connect communication/positioning business starting with Mission 2.5 in 2027. It remains listed on the Tokyo Stock Exchange Growth market with more than 300 employees; no lunar delivery revenue exists yet.