The K30 was first announced as a project in 1983 with 600 personnel conducting research and around 10 billion won spent on R&D. In September 2001, the production of prototypes were done under Tong-il Heavy Industries before Doosan Infracore concluded a contract with Korea's Defense Acquisition Program in 2007. An initial order was made in 2002 to supply the K30. The approximately W500 billion follow-up order was delivered to the South Korean military, starting in 2008. The K30 was included in the bid by India for a new SPAAG system in 2015 with tests conducted until 2017. HDS announced that India selected the K30 to modernize its air defense systems. There were reports that an unnamed competitor had threatened to interfere with the contract signing alongside pro-Russian elements in the Indian government due to "bias" in the selection process. In 2020, a K30 turret fitted to a 6×6 K806 armored personnel carrier called the Wheeled Biho is planned to enter service and replace the M167 Vulcan.
General Characteristics
A K30 Biho system consists of twin 30 mm guns, a TPS-830K surveillance and fire-control radar, an electro-optical targeting system, panoramic periscope, forward looking infrared system, laser rangefinder, thermal sight, a TV camera, and a digital fire-control system. The combined targeting system of EOTS, FLIR, and LRF has a targeting range of over. The TPS-830K radar can detect and track a -RCS target from a range of. The cannons have a cyclic rate of fire of 600 rpm and an effective anti-aircraft range of, and each is loaded with 300 rounds of ammunition. In December 2013, DAPA announced that the Biho had been integrated with the Shingungsurface-to-air missile to increase its coverage to 7 km. Two pods each containing two missiles are mounted, one of each side of the turret. Design integration with the missiles was completed in 2014, and by October 2015 the system was in full-rate production. The upgraded vehicle was in service by late 2018. The TPS-830K radar of K30 is an X-band surveillance and fire-control pulse-Doppler radar, specialized for use against low-flying aircraft. Its features include real-time early warning, multiple target detection, an integral L-band Identification Friend or Foe subsystem, pulse compression, frequency agility, and adaptive moving target indication as an anti-chaff measure. It supplies ballistic computation data to the digital fire-control system to direct the aim of the electro-optical targeting system, which then aligns the 30 mm guns with the target for accurate fire. The radar can be installed on a separate vehicle to serve as an independent surveillance platform for other short range air defense systems. The secondary FLIR system and laser rangefinder supplements the TPS-830K radar to provide additional targeting means in case the radar is rendered inoperative, or is turned off to retain the element of surprise against aircraft that are equipped with radar warning receivers. The K30 adapts the chassis of the K200 infantry fighting vehicle, but has some differences. It has an extra roadwheel in its suspension and uses a D2840L engine instead of the D2848T engine of the K200, with an increase in engine power from 350 horsepower to 520 horsepower, necessary since the K30 weighs almost twice as much as the K200. Allison Transmission's X200-5K transmission is likewise replaced by S&T Dynamics' HMPT500-3EK/4EK to accommodate the more powerful engine. The modified chassis largely retains the protection and amphibious capability of the original chassis.
Users
: First export order by HDS, announced on May 2019 after it competed against the Tunguska-M1 and Pantsir-S1. The contract is signed under 3 trillon won or $USD 2.66 billion.
