Israel has announced plans to develop a space-based laser weapon capable of targeting satellites, signalling a further expansion of military competition into space. Defence officials say the proposed capability would give Israel a strategic advantage in an increasingly contested domain.
INR Report: Based on reporting by RT.
Israel outlines ambitious defence objective
Israeli Defence Minister Israel Katz has announced that Israel is pursuing the development of a space-based laser weapon designed to target satellites.
According to Katz, the capability would provide Israel with a military advantage against adversaries possessing significant strategic resources. If realised, the system would represent a significant step in the continuing evolution of military technology beyond Earth's atmosphere.
Space becomes an increasingly contested domain
Military analysts have long recognised space as a critical component of modern defence.
Satellites now underpin navigation, communications, intelligence gathering, weather forecasting and precision-guided military operations. Several major powers are already understood to possess anti-satellite capabilities, although international efforts have sought to discourage the weaponisation of space.
Technology race continues
The proposed laser system is expected to build upon technologies already being developed for Israel's missile defence programmes, including the Iron Beam system.
The announcement reflects a broader international trend as governments invest heavily in advanced defence technologies incorporating artificial intelligence, directed-energy systems and increasingly sophisticated space capabilities.
Concerns extend beyond military strategy
The growing development of anti-satellite weapons has also prompted concerns among scientists and space agencies.
One widely discussed risk is the Kessler Syndrome—a scenario in which debris created by the destruction of satellites triggers cascading collisions, potentially rendering sections of Earth's orbit unusable for decades and disrupting civilian satellite services worldwide.
Background
Since the Cold War, international agreements have generally sought to limit the weaponisation of outer space. However, as reliance on satellite technology has expanded, major powers have increasingly invested in capabilities designed to protect—or, if necessary, disable—orbiting assets. The strategic importance of space continues to grow as both civilian infrastructure and national security become more dependent upon satellite networks.
Does This Affect New Zealand?
At first glance, a proposed Israeli space laser may seem far removed from everyday life in New Zealand. Yet the story reflects a much broader trend: modern societies are becoming increasingly dependent on space-based technology.
New Zealand is already part of the global space economy. Through companies such as Rocket Lab, satellite launches from Māhia Peninsula, and the growing importance of space technology for communications, navigation, agriculture, weather forecasting and emergency management, developments in space security have direct relevance to New Zealand's future.
Successive New Zealand governments have also had to balance economic opportunities presented by the domestic space sector with national security considerations and international obligations. As space becomes more strategically contested, those policy decisions are likely to become increasingly significant.
From an INR perspective, this story is ultimately less about one proposed weapon and more about the future of space itself. Decisions being made today about the peaceful use—or military use—of space will influence global communications, commerce, scientific research and international security for decades to come. For New Zealand, understanding those developments is essential as the country continues to build its own space industry and determine its place in an increasingly strategic domain.
Original Source
Publication: RT
Published: 30 June 2026
Original Article: Israeli military seeking space laser weapon.
Independent reporting. Original context. Credited sources.