ILSV | |
Origin: | Indonesia |
Type: | Military light utility vehicle |
Is Vehicle: | yes |
Service: | 2017–present |
Used By: | Indonesia |
Designer: | J-Forces and Indonesian Aerospace[1] |
Design Date: | 2014 |
Manufacturer: | J-Forces |
Production Date: | 2014–present |
Length: | 54201NaN1 (soft top) |
Width: | 19251NaN1 (soft top) |
Height: | 20701NaN1 (soft top) |
Crew: | 2+6 personnel (soft top) |
Armour: | High strength steel and aluminium alloy of NIJ level III standard. NIJ level III bulletproof glass. |
Primary Armament: | 7.62 mm machine gun |
Engine: | Toyota 2500cc turbo intercooler (J-Forces soft top and APC 2.4 Variants) |
Engine Power: | Toyota 4500cc turbo intercooler (J-Forces APC 4.5 Land Cruiser Variants) |
Transmission: | Automatic 5 speed |
Clearance: | 284 mm |
Vehicle Range: | 870 km (on a flat road the speed of 80 km/h) |
Speed: | 120 km/h (soft top) |
The Indonesian Light Strike Vehicle (ILSV) or J-Forces Hurricane for export markets[2] is a family of light military vehicles produced by J-Forces, under PT Jala Berikat Nusantara Perkasa. This vehicle was first introduced at Indo Defense 2014.[3]
The ILSV is basically a 4×4 multirole tactical vehicle built from the Toyota Hilux Generation VII chassis. Apart from the chassis, other components taken from the Toyota Hilux are the engine, drivetrain and legs. The legs are only changed as needed, especially in the shock absorber without a suspension lift kit.
With the adoption of engines from existing vehicles, it is considered to make it easier in terms of spare parts and maintenance. Although the chassis adopts existing vehicles, the ILSV is an ideal vehicle to support combat missions.
The chassis and body frame are welded together. The body construction is implanted by being welded without any body rubber and bolts that unite the chassis and body. Essentially this vehicle turned into a monocoque construction. The pillars that form the structure of this vehicle consist of hollow and seamless tubes. The weight of the soft top variant of ILSV is estimated at 3.5 tons.[4]
ILSV was first introduced at Indo Defense 2014 by PT Jala Berikat Nusantara Perkasa (PT Jala) and PT Dirgantara Indonesia (PT DI or Indonesian Aerospace—IAe).[5] President Director of PT Jala Berikat Nusantara Perkasa Jhony Tanoto together with the manufacturing engineering team from PT Dirgantara Indonesia (PT DI) Udjang Hasan Subekti have high hopes that in the future Indonesia will be more independent in the defense industry. The type displayed in this exhibition is the soft top type.
ILSV is again displayed at Indo Defense 2016. This time there is a bullet-proof variant with NIJ level III standard steel. This variant was developed from the Toyota Hilux and can carry 6 additional passengers.[6] A company representative said that the variant was made in response to demands for an ILSV vehicle with an armored cab.[7]
In 2017, serial production of GAG (Guerilla Anti Guerilla) variant for Mobile Brigade Corps has been started. The GAG version could carry 8 troops and equipped with 170 hp, 2,500 cc engine from Hilux with a weight of 4,644 kg.[8]
In 2020 the IMLA (Indonesian Military Landworthiness Authority) of the Kemhan (Kementerian Pertahanan — Ministry of Defense) feasibility center carried out the rantis (kendaraan taktis — tactical vehicle) ILSV J-Forces 2400 cc feasibility certification and ILSV J-Forces Armored 2400 cc Kopaska in the framework of static testing and dynamic testing. The static test was carried out at the PT Jala Berikat Nusantara Perkasa production facility and the dynamic test was carried out for 1 day with a route from PT Jala Berikat Nusantara Perkasa (North Jakarta)–Andara toll road–Sentul City–Gunung Kapur Bogor, in the implementation of activities running smoothly and always comply with the COVID-19 health protocol.
Implementation of the dynamic test includes acceleration test materials from 40 km/h to 60 km/h, deceleration from 60 km/h to 40 km/h, safe speed up to 90 km/h, climbing power test 45%–60%, offroad test through the track (muddy, sandy, rocky, uphill, downhill, and flat road), test crossing parallel beam obstacles. In the implementation of both static and dynamic tests, malfunctions do not occur and are in accordance with the technical specifications in the contract.[9]
The ILSV consists of two variants: