Spaceport Esrange

Spaceport Esrange Inaugurated as Competition Heats Up Among Western European Launch Bases

And then there were two.

Swedish and European Union (EU) officials inaugurated Spaceport Esrange on Friday as the sounding rocket range moved toward its first orbital launch later this year by an as-yet unidentified company. The ceremony came only days after Spaceport Cornwall in England hosted the first orbital launch attempt from Western Europe.

There are additional spaceports under construction in Scotland and Norway to serve the small launch vehicle market. By the end of the year, Western Europe could have as many as five new orbital launch bases to supplement the capabilities of the the continent’s main spaceport, the Guiana Space Centre in South America.

“Security, competitiveness, sustainability and our democratic values are key to a stronger Europe and a better world. Space enables all of them. With Spaceport Esrange, EU gets a strategic asset which provides independent access to space. This will be instrumental for reaching the EU and UN sustainability goals as well as strategies within security and defense,“ said Anna Kinberg Batra, chairwoman of the Swedish Space Corporation (SSC) that owns and operates the base.

The ceremony was attended by Swedish King Carl XVI Gustaf, Prime Minister Ulf Kristersson, European Commission President Ursula von der Leyen, and ESA Director General Josef Aschbacher.

MAXUS 9 launched at Esrange Space Center. (Credit: SSC)

“Kiruna is already one of Europe’s strategic gateways to space. And the new launch complex at Esrange is a critical asset that will strengthen Europe’s capability to launch satellites and improve our space competitiveness. I am certain that this spaceport will strengthen Sweden’s active role in space, involved in many of ESA’s flagship projects and through our ground station here in Kiruna,“ Aschbacher said.

Located 200 km (124 miles) north of the Arctic Circle, Esrange has hosted suborbital sounding rocket launches since 1966. The facility also hosts high-altitude balloon flights, satellite tracking antennas and scientific investigations of the aurora borealis.

Spaceport Esrange’s new orbital launch pad will support small rockets that will place satellites into polar and sun-synchronous orbits (SSO). Exactly which launch vehicles will fly from the facility remains unclear.

“SSC are in advanced discussions with several potential rocket partners for future orbital launches from Spaceport Esrange. A first satellite launch is expected by the turn of the year 2023/24,” the corporation said.

Themis launch (Credit: CNES-REAL DREAM)

ArianeGroup will begin tests at Esrange later this year on the ESA-funded Themis reusable launcher demonstrator. The flights will not go to orbit.

Two German companies, Rocket Factory Augsburg (RFA) and Isar Aerospace, have conducted engine tests for their small satellite launch vehicles at Esrange. However, neither company has announced plans to launch from the facility.

Cosmic Girl with LauncherOne attached during a dress rehearsal for a flight. (Credit: Virgin Orbit)

Competition in Other Places

The inauguration of Spaceport Esrange came only four days after Virgin Orbit’s unsuccessful launch from Spaceport Cornwall in England. A modified Boeing 747 took off from the Cornwall Newquay Airport and dropped a LauncherOne rocket over the Atlantic Ocean off the southern coast of Ireland. LauncherOne’s second stage shut down early due to an anomaly, causing nine satellites to burn up in the atmosphere.

The failure left the race wide open for the first successful orbital launch from Western Europe.

A rocket launches from Lamba Ness peninsula in Unst. (Credit: Shetland Flyer Aerial Media)

Cornwall and Esrange face competition from two spaceports being constructed in Scotland, SaxaVord and Space Hub Sutherland. Norway’s Andoya Space Center, which like Esrange previously flew only sounding rockets, is also building a pad for orbital launches.

Last week, RFA announced it would launch its RFA ONE rocket from SaxaVord Spaceport. RFA will also use the launch pad at SaxaVord for the testing and qualification of the vehicle’s core stage.

RFA ONE will have the following payload capacities:

  • SSO (500 km/311 miles): 1,300 kg (2,866 lb)
  • Polar orbit (2,000 km/1,243 miles): 850 kg (1,874 lb)
  • Medium Earth orbit (6,000 km/3,728 miles): 500 kg (1,102 lb)
  • Geostationary transfer orbit: 450 kg (992 lb)
  • Cis-lunar: 150 kg (331 lb).
RFA One launcher in flight (Credit: Rocket Factory Augsburg)

RFA anticipates launching satellites largely dedicated to Earth observation and communications. The maiden flight is scheduled for the end of 2023.

Other companies that have announced plans to launch from SaxaVord include Skyrora of Scotland, HyImpulse Technologies of Germany, and U.S.-based ABL Space Systems.

Skyrora’s three-stage Skylark XL rocket is designed to launch up to 315 kg (694 lb) into polar orbit.

HyImpulse’s three-stage SL1 booster will be capable of launching up to 500 kg (1,102 lb) to low Earth orbit (LEO).

RS1 rocket in flight before all nine first stage engines failed. (Credit: ABL Space Systems)

ABL’s two-stage RS1 rocket will be capable of putting 1,350 kg (2,976 lb) into LEO. RS1 failed in its maiden launch from Pacific Spaceport Complex – Alaska last week.

Isar Aerospace has announced plans to launch its Spectrum rocket the Andoya Space Center in Norway and Europe’s Spaceport in French Guiana. Spectrum will have the following payload capacities:

  • LEO: 1,000 kg (2,205 lb)
  • SSO: 700 kg (1,543 lb).

Isar is anticipating the maiden launch of Spectrum later this year.

Innospace of South Korea has signed an memorandum of understanding to launch from Andoya. The company’s two-stage HANBIT-Nano launch vehicle will be capable of launching 50 kg (102 lb) into orbit.

Scotland-based Orbex plans to launch its Prime rocket from Space Hub Sutherland. The booster will be capable of launching 150 kg (331 lb) into a 500 km (311 mile) high SSO.