SPEAR 3

Last updated
SPEAR (effector family)
SPEAR3Deployed.jpg
TypeSpear: Air-to-surface missile
Spear-EW: Electronic warfare system
Place of originUnited Kingdom
Service history
Used bySee Users
Production history
Designer MBDA UK
Manufacturer MBDA UK
Specifications
Mass< 90 kg (200 lb)
Length1.8 m (5.9 ft)
Diameter180 mm (7.1 in)
Engine Pratt and Whitney TJ-150
Operational
range
> 140 km (87 mi)
Guidance
system
Seeker: Millimeter wave active radar homing / Semi-active laser guidance / Infrared homing
GPS coupled Inertial guidance / two-way Data-link
Steering
system
 Flight control surfaces
Launch
platform
 Typhoon  (for trials)
F-35B  (in progress)

SPEAR is a family of air-launched effectors under development by MBDA UK for the Royal Air Force's Select Precision Effects At Range (SPEAR) Capability 3, or SPEAR 3 programme, from which the system also derives its name. The SPEAR family currently consists of two variants: SPEAR, a 100kg class air-to-surface cruise missile; and SPEAR-EW, an electronic warfare variant for stand-in jamming or for use as a decoy. [1] [2] [3]

Contents

SPEAR is currently planned to be integrated on the F-35B Lightning as part of the Block 4 upgrade. It has been integrated onto the Eurofighter Typhoon for testing purposes, but it is unclear if formal integration will occur. [2] [4] Models of SPEAR have also been shown next to those of Tempest as a possible future weapon for the platform. [5]

SPEAR had been planned to be operational in 2025. [6] However, in November 2021, Defence Procurement Minister Jeremy Quin told the House of Commons Select Defence Committee that full operating capability for SPEAR-3 on F-35 might not occur until 2028. [7]

Background

One of the Select Precision Effects At Range (SPEAR) programme's first mentions was in the 2005 Defence Industrial Strategy (DIS). This vaguely described it as a new munition "planned to address the capability requirement to be able to attack fast-moving targets at range" that was then in its concept phase. The 2005 DIS also highlighted the increased importance of precision-guided weaponry but also the importance of maintaining the UK's sovereign industrial base for the development for such systems. It discussed how the performance and safety aspects of weapon systems can only be guaranteed if the UK has access to and a complex understanding of a weapon system, something that may not always be possible with systems imported from other nations such as the United States. This among other advantages of a sovereign complex weapons industry made maintaining this capability of high importance. As such, the DIS outlined planned efforts of rationalisation, government cooperation with industry, and consolidation to strengthen the UK's complex weapons capability. [8] By 2006, this had culminated in Team Complex Weapons, a relationship primarily between MBDA and the Ministry of Defence (MoD), and supported by partners such as Thales, Roxel, and QinetiQ. [2] [9]

By 2006, the SPEAR programme had begun to evolve from a singular munition to instead a portfolio of air-to-surface guided weapons programmes fulfilling five distinct capabilities through either the upgrading of existing precision-guided munitions, or the development new systems: [1] [2]

The requirements for SPEAR 3 were identified initially from the RAFs experience during the 1999 NATO intervention in Kosovo with shortfalls in engaging time-sensitive targets that were mobile and manoeuvrable. By 2015, this had evolved to become a low-collateral weapon with high accuracy at all times and in all weather conditions whilst in theatres with restrictive rules of engagement and that had sufficient range to 'stand-off' outside the effective envelope of the latest integrated air defence systems. [10]

Initially, the SPEAR 3 programme was kept outside of the Team Complex Weapons structure which allowed for companies outside the team to submit offering for SPEAR 3. In 2006, Lockheed Martin offered the Surveilling Miniature Attack Cruise Missile (SMACM) but was not taken forward. [2] [11] In the 2010s, Raytheon offered the Small Diameter Bomb-II (SDB-II) unpowered glide bomb including the possibility of licensed production at its UK facilities. [2] Meanwhile, MBDA UK offered a new missile design utilising its existing weapon technologies to produce miniature cruise missiles. In 2010, MBDA was awarded a £150 million four-year assessment phase to further examine the development of this new weapon system, specifically developing and testing the guidance system including the seeker head and data link, as well as the warhead. This would eventually culminate with a test-launch from an aircraft. [1] [2] In 2012, it was announced that Pratt & Whitney AeroPower had been contracted to provide propulsion technical assistance for MBDA's SPEAR 3 proposal, as well as the supply of a derivation of its TJ-150 turbojet for the weapon. [10] In 2015, Raytheon considered developing a powered SDB-II variant with a turbojet, or alternatively, developing a weaponised variant of the ADM-160 MALD (Miniature Air-Launched Decoy) with both options as likely counters to MBDA's competing powered-weapon design by offering a lower-capability weapon system, but that was more mature, had a lower-cost and that could be produced sooner given the active production line of the standard SDB-II in the US. Reportedly, the MoD remained open to this trade-off and continued to give consideration to Raytheon's proposals. [12]

In March 2016, a SPEAR test missile was successfully launched from a Eurofighter Typhoon trials aircraft operated by BAE Systems at the QinetiQ Aberporth range in Wales. This test-firing was specifically to test the missile’s airframe, navigation and propulsion systems. The missile transitioned through separation from the aircraft to powered flight before completing a series of manoeuvres, ending in a terminal dive to the desired point of impact. The missile accurately followed the planned trajectory and was well within simulation predictions; all trial objectives were achieved. [4] On 18 March 2016, MBDA's bid for SPEAR 3 program was solidified when the MoD awarded them a £411 million contract for the development of air-launched SPEAR missile for the F-35B. [13]

On 18 March 2019, BAE Systems announced that it, alongside Lockheed Martin and MBDA, had been contracted to integrate SPEAR onto the F-35B. [14]

In September 2019, MBDA was awarded a technical demonstrator program contract by the Defence Equipment and Support agency for an electronic warfare variant of SPEAR for the RAF, incorporating Digital Radio Frequency Memory (DRFM) technology from Leonardo. [15] [16]

In June 2022, it was revealed that the first live-firing of SPEAR had been delayed until 2023 due to 'technical considerations and programme complexity'. [17]

In July 2023, Government Major Projects Portfolio (GMPP) data revealed that the Delivery Confidence Assessment had been downgraded from Amber to Red primarily resulting from “challenges with resourcing sufficient suitably qualified and experienced people across the programme and delivery teams, and within industry”. [18]

In September 2023, MBDA was awarded additional funds to fast-track the development of SPEAR-EW from the Ministry of Defence. [19]

On 6 September 2024, Maria Eagle the Minister of State for Defence outlined that SPEAR was now in the demonstration phase. This also came with the announcement that the financial investment in the programme stood at approximately £1.4 billion. [20] In mid-October 2024, the first live-firing of a SPEAR missile took place at the Vidsel test range in Sweden. The trial saw a BAE Systems-operated Typhoon test and evaluation aircraft equipped with a modified SPEAR, exchanging a live-warhead with a telemetry unit. The trial successfully demonstrated weapon release at high-speed and high-altitude, as well as long-range free-flight control to a target. [21]

Characteristics

SPEAR

SPEAR weighs less than 90 kilograms (200 lb) with a length of 1.8 metres (5.9 ft) and a diameter of 180 millimetres (7.1 in). [22] SPEAR is guided by inertial navigation and GPS as well as a two-way datalink. [23] This with a multimode seeker head for terminal guidance which includes millimetric wave radar, infrared homing, and semi-active laser modes. [2] The weapon is propelled by a Hamilton Sundstrand TJ-150 turbojet (the same engine as used in the JSOW-ER and MALD) which when combined with a folding wing kit and three deployable tail-fins, provides an engagement range reportedly in excess of 140 kilometres (87 mi). [24] [22] The size of SPEAR's warhead is not public, but is believed to be smaller than the SBD-II's approximately 105 pounds (48 kg) warhead. [2] [25] According to MBDA, SPEAR is designed to engage various ground targets including armoured vehicles, self-propelled artillery, air defences, ballistic missile launchers and defended structures, but also naval targets. [26] MBDA produced an animation in 2015 showing SPEAR engaging small vessels including LCACs. [27]

A triplet of SPEAR 3 missiles for the Eurofighter Typhoon. The missiles are carried inverted before dropping, flipping, and accelerating towards their target. SPEAR3triplet.jpg
A triplet of SPEAR 3 missiles for the Eurofighter Typhoon. The missiles are carried inverted before dropping, flipping, and accelerating towards their target.

SPEAR will be integrated with the F-35 Lightning's Block 4 software package. [28] Whilst SPEAR has been integrated onto the Eurofighter Typhoon for testing purposes, it is still unclear if formal integration will occur. [2] Mock-ups for the UK's future sixth-generation fighter 'Tempest' being developed under the Global Combat Air Program (GCAP) with Japan and Italy have been shown with SPEAR as part of the aircraft's possible future arsenal alongside the (FC/ASW). [5] [29] Four SPEARs and an air-to-air missile (Meteor) will fit in each of the two internal weapons-bays of the F-35B when in an air-to-surface configuration. [23] [30] No images have yet been revealed of external carriage capability for the F-35B with all current renderings and models showing only internally mounted weapons. MBDA had previously shown artwork of a four-missile launch rail on a single Typhoon weapon station. [23] This has been revised to instead a tri-rail configuration. [1] [15]

Networked swarm capability for SPEAR missiles is in development. [31] In 2023, MBDA announced that SPEAR would be integrated into Orchestrike, MBDA's collaborative effector system utilising AI to allow multiple smart munitions to work in concert with one another. [32] [33] At the Farnborough Airshow 2024, MBDA confirmed that the SPEAR product line would be the first to receive this capability. [34] [35]

SPEAR-EW

SPEAR-EW Electronic Warfare missile DSC01245xy-SPEAREW.jpg
SPEAR-EW Electronic Warfare missile

SPEAR-EW maintains the same dimensions as SPEAR, but with an enlarged fuel capacity and the removal of the warhead and seeker to accommodate an electronic warfare payload derived from Leonardo UK's BriteCloud countermeasure. SPEAR-EW is designed loiter in contested airspace and act as either a stand-in jammer or a decoy similar to the ADM-160 MALD. [31] [33] [3] The UK had reportedly shown interest in the capabilities of MALD at the 2009 at the Paris Air Show. [36]

Conceptualised variants

Concepts have also been shown for additional missile variants such as SPEAR Glide, an unpowered variant without the TJ-150 turbojet making it more analogous to the GBU-53; sacrificing speed, range and manoeuvrability for a larger warhead whilst still be able to be carried on the same weapon rail as other SPEAR variants by retaining the common airframe. [2] [37] Another concept has been for a surface launched variant called the Common Anti-Surface Modular Missile (CAsMM) that could be quad-packed into the Mark 41 / Mark 57 or similar vertical launcher systems (Sylver) by utilising the same Extensible Launching System (EXLS) munitions adapter as the Common Anti-Air Modular Missile (CAMM) family. [2]

Operators

Future operators

Flag of the United Kingdom.svg  United Kingdom

Royal Air Force / Royal Navy - Scheduled to be fully operational on the F-35B by 2028. [7]

Flag of Italy.svg  Italy

Italian Navy - On 15 July 2024, documentation published by the Italian Parliament outlined that the Italian Navy's 20 F-35Bs would be equipped with SPEAR 3. [38]

Flag of Saudi Arabia.svg  Saudi Arabia

Potential operators

Flag of Germany.svg  Germany

Flag of Italy.svg  Italy

Flag of South Korea.svg  South Korea

Similar weapons

SPEAR

SPEAR-EW

See also

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References

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