iSpace (Interstellar Glory) logo

iSpace (Interstellar Glory)

BPrivateFounded 2016🇨🇳Beijing, China
CEO

Peng Xiaobo

Data verified as of Jul 6, 2026

Summary

iSpace (Beijing Interstellar Glory Space Technology), founded in 2016 by former state rocket designer Peng Xiaobo, made history in July 2019 when its solid-fuel Hyperbola-1 became the first Chinese privately developed rocket to reach orbit. Hyperbola-1's track record has been uneven (four successes in eight flights), and the company's future now rests on Hyperbola-3, a partially reusable methane-liquid oxygen rocket sized between 8.5 and 13.4 tonnes to LEO. By April 2026, Hyperbola-3's JD-2 engines and both stages had been qualified for flight, a pathfinder was at Wenchang, and the Qinglan recovery drone ship was ready, with a first orbital flight and sea-recovery attempt targeted for 2026. In February 2026 iSpace closed a record 5.037 billion yuan (~$729.6M) Series D++ — the largest disclosed funding round by any Chinese launch startup — making it the country's best-funded private launch firm, and it is among the commercial players now undergoing IPO vetting in China.

Main Products

Hyperbola-1

Four-stage solid-fuel small-lift orbital rocket with liquid attitude-control thrusters; the first privately developed Chinese rocket to reach orbit.

Operational from Jiuquan but with an uneven record of four successes in eight flights. It returned to flight on July 29, 2025, delivering the HS-9 satellite to sun-synchronous orbit.

Payload to LEO300 kg
Height20.8 m (68 ft)
Diameter1.4 m
PropellantSolid (4 stages) + liquid attitude control
Launch Record8 launches, 4 successes
First FlightJul 25, 2019 (success)
Hyperbola-3

Hyperbola-3

In Development

Two-stage, partially reusable methane-liquid oxygen rocket with a sea-recoverable first stage — iSpace's Falcon 9-class vehicle aimed at low-cost, high-cadence launch for satellite constellations.

JD-2 engines and both stages were qualified for flight by April 2026, with a pathfinder delivered to Wenchang and the Qinglan recovery drone ship ready. By mid-2026 the first-stage sea-recovery landing system had completed full-profile ground verification (a flight-weight drop-and-shock test). A first orbital flight with a sea-recovery attempt is targeted for 2026.

Payload to LEO (reusable)8,500 kg
Payload to LEO (expended)13,400 kg
Height~69 m
Diameter4.2 m
Engines9 x JD-2 (stage 1), 1 x JD-2 vacuum (stage 2)
ReusableYes (first stage, sea recovery)

What's Next

Hyperbola-3 first orbital flight

Fly the reusable Hyperbola-3 for the first time from Wenchang after qualifying its engines and stages, attempting a sea-based first-stage recovery on the Qinglan drone ship on the debut — still targeted for 2026, most likely the second half of the year.

2026

Demonstrate first-stage recovery and reuse

Move beyond reaching orbit to recovering and reflying the Hyperbola-3 first stage at sea — the core of iSpace's low-cost launch strategy — having now completed full-profile ground verification of the landing system.

2026-2027

Deploy record D++ war chest and advance toward IPO

Put the record 5.037 billion yuan (~$729.6M) Series D++ closed in February 2026 to work — expanding Hyperbola-3 final assembly and integrated-test capacity and raising Hyperbola-1's reliability — while progressing through the IPO vetting now underway for China's leading commercial launch firms.

2026-2027

Operations & Revenue

StatusDevelopment Stage

Hyperbola-1 is an operational but inconsistent solid rocket (four successes in eight flights, most recently in July 2025). The company's focus is the reusable methalox Hyperbola-3, whose JD-2 engines and both stages were qualified for flight by April 2026, with a pathfinder at Wenchang, the first-stage sea-recovery landing system through full-profile ground verification (a flight-weight drop-and-shock test iSpace reported May 17, 2026), and the Qinglan recovery ship ready. A first orbital flight with a sea-recovery attempt remains targeted for 2026, most likely in the second half of the year, backed by a record 5.037B yuan (~$729.6M) Series D++ closed in February 2026.

Revenue Streams

Hyperbola-1 Launch Services

Small-satellite launches on the solid-fuel Hyperbola-1 from Jiuquan for Chinese commercial and research customers.

Hyperbola-3 Reusable Launch Services

Planned high-cadence, low-cost reusable methalox launches sized for China's satellite-internet mega-constellations, pending the rocket's first orbital flight and recovery.

Key Metrics

Est. Annual Revenue

Not publicly disclosed (development-stage commercial launch provider)

World First

First Chinese private rocket to orbit (Hyperbola-1, 2019)

Hyperbola-1 Record

8 launches, 4 successes (4 failures)

Hyperbola-3 Payload to LEO

8,500 kg (reusable) / 13,400 kg (expendable)

Hyperbola-3 Engines

9 x JD-2 methalox (stage 1)

Latest Funding

5.037B yuan (~$729.6M) Series D++ (Feb 2026) — largest-ever Chinese launch-startup round

Timeline

2026Record 5.037B yuan (~$729.6M) Series D++ closes

On February 12, 2026, iSpace closes a 5.037 billion yuan (~$729.6M) Series D++ round led by Tongchuang Weiye and Jingming Capital, with eighteen private investors and six provincial/municipal funds — the largest disclosed funding round by any Chinese launch startup, earmarked to accelerate Hyperbola-3 and its 'land-based launch, sea-based recovery' approach.

2026Hyperbola-3 hardware qualified for first flight

By April 2026, Hyperbola-3's JD-2 engines and both stages are qualified for flight, with a pathfinder delivered to Wenchang and the first-stage sea-recovery landing system completing full-profile ground verification, ahead of a debut orbital flight and recovery attempt targeted for 2026.

2025Return to flight and recovery ship unveiled

Hyperbola-1 returns to flight with a successful July 29, 2025 launch of the HS-9 remote-sensing satellite, and iSpace unveils the Qinglan sea-recovery drone ship in August and opens its reusable-rocket factory at Wenchang in October.

2024$99M Series C funding

iSpace raises $99M in Series C and C+ funding led by Xinding Capital and the Sichuan Industrial Fund to advance the reusable Hyperbola-3.

2023Vertical takeoff and landing tests

Under its reusable-rocket program, iSpace conducts vertical takeoff/vertical landing hop tests in November and December 2023, demonstrating the propulsive landing technology needed for a recoverable first stage.

2021Three consecutive Hyperbola-1 failures

Hyperbola-1 suffers three straight failures between 2021 and 2022, dealing a major setback to iSpace's early lead in China's commercial launch race.

2019First Chinese private company to reach orbit

On July 25, 2019, the four-stage solid Hyperbola-1 reaches orbit on its maiden flight, making iSpace the first privately developed Chinese rocket to successfully reach orbit.

2016Founded

Peng Xiaobo, a former rocket designer and research director at the state-owned China Academy of Launch Vehicle Technology (CALT), founds iSpace (Interstellar Glory) in Beijing.

Funding

Cumulative disclosed raise · dated rounds

$500M$1B$1.5B20182020202220242026$1.1B raised
RoundDateAmountInvestorsSource
Series A-B2017-2020~$173M (Series B, 2020)CICC, Matrix Partners China, and other Chinese venture investors
Series C / C+2024-09$99MXinding Capital, Sichuan Industrial Fund
Series D+2025-09~$98M (700M yuan)Undisclosed (for Hyperbola-3 development)
Series D++2026-025.037B yuan (~$729.6M)Tongchuang Weiye, Jingming Capital, plus 18 private investors and 6 provincial/municipal funds