Germany has spent years treating orbit as an area to protect. A procurement notice this month suggests Berlin also wants the ability to deny it to someone else.
The German Space Agency at DLR opened a market survey called Ilum on the European TED platform this month, asking industry what ground-based lasers could act against satellites. It is a non-binding request for information, but the scope is plain.
What Berlin is shopping for
The requirements run from roughly 100 to 45,000 kilometers, from low Earth orbit out past geostationary altitude. DLR lists four jobs for the beam: dazzling the optics of a reconnaissance satellite, damaging those optics, destroying them, and nudging debris through laser ablation.
Targeting would start from orbital data in standard space-data formats, with the system tracking the object and confirming it has the right satellite before firing. DLR also wants proof the beam cannot touch another spacecraft or an aircraft in its path.
A capability still years out
An initial capability is targeted at about 36 months, full capability inside six years, and a contract notice in January 2027. DLR has left open whether that means one system or several specialized ones.
The bidders are already forming. Rheinmetall and MBDA cooperate on naval lasers, and Trumpf and Rohde & Schwarz have teamed on military laser work. Australia’s EOS Space Systems reportedly assembled a team with Plath.
Why a laser beats a missile
Blinding a reconnaissance satellite is reversible and creates no debris, which makes it far more usable politically than a kinetic anti-satellite weapon. That cuts both ways. A dazzling capability built to protect German troops could also disable sensors other countries rely on.
The harder problem sits behind the laser. Reaching geostationary range demands precise tracking, reliable target identification and rules of engagement nobody has written.
