New British Badger Mk1 missile targets faster NATO stockpile replenishment and 160 km range.

British defense startup Cody Aerospace & Defence unveiled the Badger Mk1 tactical strike missile and the Abode Mk1 containerized launcher in London, targeting NATO ground-launched indirect fire requirements. The system is designed to provide stand-off strike capabilities ranging from 110 to 160 km with a 100 kg warhead. The announcement aligns with British defense initiatives to expand munitions production capacity and address NATO inventory constraints.

The Badger Mk1 is a British ground-launched tactical strike missile developed to engage targets at ranges of 110 to 160 km at speeds up to Mach 3, while reducing procurement costs and missile replenishment times. (Picture source: Army Recognition, based on Cody Aerospace visuals)

On October 8, 2026, the British company Cody Aerospace & Defence unveiled the Badger Mk1 tactical strike missile, the Abode Mk1 containerized launcher, and plans for a domestic manufacturing facility called Ordnance-1 during the Apex Europe conference in London. The Badger missile is designed for strikes between 110 and 160 km, carries a warhead of up to 100 kg, reaches Mach 3, and achieves a circular error probable (CEP) below 5 m through a multi-mode seeker. Founded by Henry Price, who previously spent 15 years working for major defense contractors and their suppliers, Cody Aerospace targets missile development and testing within 18 to 24 months after financing, then supplies replacement missiles within 12 months of an order.

The company also aims to reduce combined missile-and-launcher costs to one-seventh of comparable systems, although it has disclosed neither a price nor a military customer. Its announcement coincides with a British procurement environment that includes £2 billion for the Land Deep Fires Programme, approximately £11 billion in weapons and ammunition commitments, and NATO efforts to increase European missile production and reduce dependence on incompatible national inventories. On paper, the Badger Mk1 would compete with Israel's EXTRA missile, which reaches 150 km with a 120 kg warhead, a 306 mm diameter and a nominal 10 m CEP, and the U.S. Extended Range GMLRS, which combines a 150 km range with a 90.7 kg unitary warhead and GPS-aided inertial navigation.

Related topic: MGI Engineering unveils Vortex autonomous combat aircraft for UK StormFighter program

The Badger's proposed warhead is 16.7% lighter than EXTRA's but 10.3% heavier than the ER GMLRS's, while its maximum range exceeds both by 10 km. Türkiye's Roketsan TRG-300 Block II has a 90 km range and a 105 kg warhead, while Ukraine's FP-7 has a reported 200 km range and 150 kg payload, giving the latter 25% more range and 50% more payload than Badger's design targets. The Badger's proposed multi-mode seeker could guarantee a successful hit against high-value targets, even in hostile, unpredictable, or heavily jammed environments, unlike weapons relying primarily on predetermined coordinates. To date, Cody has not specified whether the seeker combines radar, infrared, or electro-optical sensors, nor disclosed its acquisition range, field of view, resistance to jamming, or ability to distinguish vehicles from decoys. 

For its part, the Abode Mk1 is intended to accommodate 12 missiles inside a standard 20-foot ISO container measuring 6.06 m long, 2.44 m wide and 2.59 m high, with a complete system weight target below 20 tonnes. The launcher would incorporate its own radar and fire-control equipment, with software intended to support third-party missiles and the future integration of Cody's Swift air defense interceptor, envisaged approximately two years after Badger's introduction. Standard ISO dimensions could allow the Abode Mk1's transportation by existing military logistics vehicles rather than requiring a dedicated launcher chassis, while the company is also considering airdropped configurations and integration with uncrewed ground vehicles. These arrangements would still require suitable power supplies, communications, launch stabilization, and missile-handling equipment.

Currently, the absence of published deployment time, displacement time, reload duration, crew size, and simultaneous-launch capacity prevents a meaningful comparison with the operational mobility and firing tempo of M270A2 or HIMARS units. Britain's Land Deep Fires Programme provides one of the most relevant opportunities for a weapon with the Badger's proposed range and payload. The programme is valued at approximately £2 billion and covers the M270A2 launcher upgrade, a new wheeled long-range launcher battery, GMLRS and ER GMLRS ammunition, and Precision Strike Missile (PrSM) procurement. On September 8, 2026, the Ministry of Defence confirmed that its objective is a family of weapons covering 70 km to more than 500 km, using a one-launcher, many-effectors approach. Cody's Badger could potentially provide an additional British-produced munition in the lower portion of this range, although compatibility with M270A2 launchers has not yet been demonstrated.

Its containerized Abode launcher could also offer a separate, dispersible firing capability. The Badger's range would reach only 32% of PrSM's nominal distance, but still makes it relevant to engage artillery support areas, ammunition depots, command facilities and logistics movements within the first 160 km of enemy-controlled territory. Other British investments address considerably greater distances: Project Nightfall targets a 200 kg warhead beyond 500 km, while the UK-Germany Deep Precision Strike initiative seeks weapons exceeding 2,000 km. On the other hand, Ordnance-1 is intended to address the manufacturing and replenishment problem that Cody considers more consequential than increasing missile range alone. Price has cited an estimate that British weapons stocks could sustain seven to ten days of intensive warfare, compared with a replenishment period of 36 months for certain missile inventories.

The company's proposed target of less than 12 months would shorten that period by more than 24 months (66.7%), but achieving it would require qualified rocket motors, energetics, seekers, electronics and warheads to remain available throughout production. Cody intends to manufacture its own weapons and third-party designs under licence, beginning with a British facility and potentially expanding into a distributed network of factories modeled partly on the Second World War shadow-factory system. Price has also identified component obsolescence as a specific source of industrial delay, citing a case in which replacing a $7 electronic chip with a $10 alternative could involve qualification periods differing by 24 months. Cody therefore intends to retain design authority and conduct testing with alternative components instead of relying on lengthy redesign and certification cycles. 

The company is also seeking British suppliers for motors and energetics, although Price estimates that requiring every component to originate in Britain could increase costs threefold or fourfold. Rare earths and composites remain internationally sourced, while the dependence on American suppliers presents another concern because the Defense Priorities and Allocations System (DPAS) can prioritize certain U.S. defense orders, potentially extending delivery schedules for foreign customers to 48 or 60 months in the circumstances Price identified. Ordnance-1 has no disclosed factory location, capital investment, monthly production target, or confirmed manufacturing contracts, so its ability to reduce replenishment periods remains theoretical at the moment. Nevertheless, Cody's proposed launcher interoperability also corresponds to NATO's efforts to reduce procurement fragmentation.

On July 7, 2026, Denmark, France, Italy, Norway, Türkiye and Britain launched NATO's Ground-Based Precision Strike Capabilities High Visibility Project to examine multinational missile and launcher development. Cody's proposed interchangeable fire-control architecture addresses the problem of NATO armies operating similar-sized missiles that cannot be fired from one another's launchers: Price has highlighted the experience of Ukraine, where three countries supplied broadly comparable missile systems whose ammunition cannot be exchanged. NATO's separate Generic NATO Indirect Fire Round initiative seeks interchangeable 155 mm ammunition, while NATO Engine targets additional manufacturing capacity. However, missile interchangeability also requires compatible canisters, electrical connections, launch sequencing, targeting interfaces and safety certification.

The European missile market is also becoming more competitive as governments finance additional manufacturers rather than relying exclusively on established defense contractors. The Netherlands ordered 700 Destinus Ruta Block 2 missiles for Ukraine under a €250 million agreement in June 2026, equivalent to €357,143 per missile if all contractual costs are distributed equally. Cambridge Aerospace raised $300 million in August 2026, secured initial British Skyhammer interceptor contracts, and targets 2,500 interceptors monthly by March 2027. Frankenburg Technologies aims for 1,500 missiles during 2026 and a potential peak rate of 100 daily, while Ukraine's Fire Point targets a ballistic-missile interceptor costing less than €1 million, with demonstrations planned for mid-2027.

The Badger's planned 18- to 24-month development period would place its intended maturity milestone between April and October 2028 if financing and development began in October 2026, with initial deliveries potentially extending into 2029. These weapons differ in mission and architecture, preventing direct unit-price comparisons, but European artillery-production contract values increased by 867% between 2018-2021 and 2022-2025, equivalent to 9.67 times the earlier period, although this increase includes ammunition categories beyond missiles. The commercial question for Badger is therefore whether its proposed lower acquisition cost can compensate for entering this market later than competitors with existing production arrangements.

Explore More Defense News

• Land Defense News
• Naval Defense News
• Defense Aerospace News

Written by Jérôme Brahy

Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, South Korea, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.