SPYDER
| Company type | Defense contractor |
|---|---|
| Industry | Defense |
| Headquarters | Israel , Israel |
| Products | SPYDER missile system, Python-5 missile, Derby missile |
| Website | https://www.rafael.co.il |
The SPYDER system, an acronym for "Surface-to-air Python and Derby," is a mobile air defense solution from Israel designed for short to medium ranges. Developed primarily by Rafael Advanced Defense Systems with significant contributions from Israel Aerospace Industries (IAI), Rafael acts as the program leader while IAI serves as a principal subcontractor. The system achieved a major breakthrough in 2005 after successful missile launches within Israel and has been exhibited internationally since then.
Designed to deliver swift, low-altitude protection, SPYDER defends against a variety of aerial threats including fixed-wing aircraft, helicopters, UAVs, drones, cruise missiles, and precision-guided weapons. It safeguards both stationary installations and maneuvering military units in operational theaters. The platform is adaptable to several truck chassis such as Tatra, Mercedes-Benz Actros, MAN SE, Scania P-series, and Dongfeng Motor. It utilizes Rafael’s Python-5 and Derby missiles, which are compatible with their air-to-air counterparts.
There are two primary versions: the SPYDER-SR for short-range engagements and the SPYDER-MR for medium-range defense. Both variants are rapid-response, all-weather, network-enabled, multi-launcher systems mounted on self-propelled vehicles. A typical battery configuration includes one command and control vehicle, six missile launcher units, and a logistics resupply truck. The SPYDER-SR is equipped with the EL/M-2106 ATAR radar system, whereas the SPYDER-MR incorporates the more advanced EL/M-2084 MMR radar also utilized in Israel’s Iron Dome defense.
Presently, India and Singapore operate the SPYDER system, while Peru has placed orders as of 2012. There are unconfirmed accounts that Georgia deployed the SPYDER-SR during the 2008 Russo-Georgian War.
Development
In 2005, at a testing range in Shdema, Israel, the SPYDER successfully launched Python 5 and Derby missiles, achieving multiple direct hits on various targets. During these trials—part of an extensive missile firing campaign—the radar and command control components engaged targets at both extended and close ranges.
EL/M-2106 ATAR
The EL/M-2106 Advanced Tactical Acquisition Radar (ATAR), developed by Elta, functions as a 3D Active Electronically Scanned Array (AESA) surveillance radar forming the Command and Control Unit (CCU) for the SPYDER-SR variant. It is capable of tracking numerous targets simultaneously and directing missile launchers positioned up to 10 km away from the CCU. This fourth-generation radar operates within the L-band frequency range and has demonstrated reliability in demanding operational conditions. Its detection capabilities extend to fighter jets at distances between 70 and 110 km, hovering helicopters up to 40 km away, and UAVs within a 40–60 km radius.
EL/M-2084 MMR
The EL/M-2084 Multi Mission Radar (MMR), employed by the SPYDER-MR system, is a 3D AESA radar operating in the S-band. It can simultaneously track as many as 1,200 targets while conducting air surveillance and can detect threats at ranges reaching 250 km. When deployed in a fixed position, it offers coverage spanning 120° in azimuth.
Ranges of Interception
The short-range SPYDER-SR system can engage targets up to an altitude of 9 km and at distances reaching 15 km. For extended coverage, the SPYDER-MR variant achieves interceptions up to 16 km altitude and 35 km range by employing missile boosters. According to official Rafael documentation, these ranges can be higher—up to 20 km for SPYDER-SR and as far as 50 km for SPYDER-MR.
Python-5
Regarded as Israel's most sophisticated air-to-air missile, the Python-5 incorporates "lock-on after launch" (LOAL) technology along with all-aspect engagement capabilities. It employs an electro-optical infrared seeker that utilizes imaging infrared technology to ensure accurate target detection.
Derby
The Derby missile is equipped with active radar homing and offers fire-and-forget functionality when deployed within the SPYDER air defense system.
In January 2023, Rafael enhanced the Spyder system's ability to counter tactical ballistic missiles by upgrading both the hardware and software components of the Derby LR interceptor.
Variants
SPYDER-SR and SPYDER-ER are designed for 360° slant launching, featuring rapid response times and both lock-on-before-launch (LOBL) and lock-on-after-launch (LOAL) modes. These variants extend defensive coverage up to 40 km.
SPYDER-MR and SPYDER-LR utilize vertical launch mechanisms to provide medium and long-range interception capabilities, reaching distances up to 80 km.
All these versions support full 360° launch capability within seconds of detecting a target, operate effectively in all weather conditions, allow multiple simultaneous launches, and are integrated into network-centric operations.
The systems incorporate cutting-edge ECCM measures, electro-optical sensor arrays, and wireless data link communications.
The SPYDER All-in-One (AiO) system consolidates radar, command and control, and missile launchers onto a single high-mobility 8x8 vehicle platform. This configuration enables swift deployment and autonomous operation against agile threats or drone swarms. It includes "search-on-the-move" functionality and can carry up to eight canisterized Python-5 or I-Derby missiles. In January 2024, it successfully completed live-fire UAV interception tests conducted by the Israeli Ministry of Defense.
Operational use
- During the 2008 Russo-Georgian War, Georgia reportedly deployed as many as four SPYDER-SR launcher units.
- On 26 February 2019, following the Balakot Airstrike, India employed a SPYDER system to down a Pakistani reconnaissance drone near the Gujarat border.
- On 27 February 2019, amid airstrikes in Jammu and Kashmir, an Indian SPYDER system unintentionally shot down an Indian Air Force Mil Mi-17 helicopter over Budgam, causing seven fatalities. A subsequent six-month investigation identified this incident as friendly fire, holding five IAF personnel accountable.
Current operators
- In 2012, Azerbaijan and Israel entered into a $1.6 billion agreement for the supply of an unspecified quantity of Spyder and Barak-8 surface-to-air missile systems.
Czech Armed Forces – The Czech government finalized a $627 million contract in September 2021 to acquire four SPYDER batteries, with deliveries planned through 2026. Over 30% of the contract's value is to be fulfilled by the Czech defense sector.
Ethiopian Air Force deployed the SPYDER-MR system to safeguard the Grand Ethiopian Renaissance Dam against aerial threats. Although contract specifics have not been publicly disclosed, multiple sources confirm its operational presence in Ethiopia.
Defense Forces of Georgia – There are indications that a SPYDER battery was operated in 2008; however, official confirmation and data from SIPRI are absent.
Indian Air Force – India initiated plans in 2006 to procure 18 SPYDER-MR systems for approximately $395.2 million (~₹1,800 crore). Following governmental scrutiny and anti-corruption checks, the deal was finalized in 2008 and approved by the Defence Acquisition Council in 2009. Deliveries commenced in 2012, including 18 batteries along with 750 Python-5 and 750 Derby missiles. Recent figures suggest a revised contract value near $260 million, though some estimates go as high as $1 billion. In August 2025, the DAC authorized an upgrade program for the Saksham system (India's designation for SPYDER) and its integration into the Integrated Air Command and Control System (IACCS).
Royal Moroccan Army – Morocco has contracted Israeli suppliers to procure SPYDER missile systems.
Peruvian Armed Forces – In March 2012, Peru signed a $140 million contract involving Rafael, Poland's Bumar Group, and Northrop Grumman to modernize air defense capabilities. Rafael is anticipated to deliver six SPYDER-SR units; however, the current status of this agreement is unclear.
Philippine Air Force – Acquired three SPYDER-MR batteries valued at over $141 million (~PHP 7.99 billion). Two batteries were commissioned in November 2022 under the 960th Air and Missile Defense Group, with the third delivered in November 2024. These systems are mounted on Czech-made Tatra T815-7 trucks.
Republic of Singapore Air Force – Singapore placed an order in 2008 for two SPYDER-SR batteries equipped with Python-5 and Derby missiles, which were delivered by 2012. The 165 Squadron operates these systems mounted on MAN RMMV TG-MIL trucks, achieving full operational capability by July 2018.
Vietnam People's Air Force – Selected the SPYDER system as its medium-range air defense solution in 2015. Deliveries began in July 2016 comprising five units installed on RMMV HX trucks, along with a total of 375 Python and Derby missiles.
United Arab Emirates Army – Procured an undisclosed quantity of SPYDER missile systems in 2022.
Prospective Operators
Kenya Defence Forces – In 2024, Kenya obtained a loan of KSh1 billion from Israel aimed at purchasing the Spyder missile defense system. By 2025, an additional loan amounting to KSh3.4 billion (around $26 million) was approved by Israel to facilitate the acquisition of sophisticated military equipment and to partially settle the initial loan. The Ministry of Defense anticipated receiving these funds by July 2025. This loan, totaling KSh3.4 billion, is projected to finance nearly 70% of the Defense Ministry’s development budget for the fiscal year 2025-26.
Romanian Land Forces – Romania finalized a contract valued at €3.85 billion for the procurement of 41 launchers, divided into two stages. The competition included contenders such as NASAMS, VL Mica, KM-SAM, and IRIS-T SLM systems. This acquisition aims to replace the outdated S-75M3 and MIM-23 Hawk air defense platforms. In July 2025, the Spyder system was chosen to fulfill the SHORAD role, with the bid also featuring the Iron Dome system.