Initial Two BLOS Radars for Neptune ASCM System to be Delivered by Year’s End

Ground-based beyond-line-of-sight (BLOS) search-and-track radars Mineral-U for Neptune ASCM system / Apostrophe TV photo
Ground-based beyond-line-of-sight (BLOS) search-and-track radars Mineral-U for Neptune ASCM system / Apostrophe TV photo

DP Radiovymiriuvach, the company that manufactured the two radars, is currently awaiting the arrival of truck chassis on which to mount its Mineral-U radars

The State Company DP Radiovymiriuvach is completing the manufacturing and testing process for initial two beyond-line-of-sight (BLOS) search-and-track radars Mineral-U developed by the State Company DP NDI Kvant-Radiolocation. Mineral-U would be used to search and track enemy ship targets for Neptune’s R-360 missiles.

Radiovymiriuvach is currently awaiting the arrival of truck chassis on which the radars would be mounted and tested as a component of the RK-360 MTs Neptune ASCM system.

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“Here you can see the two radars that would support operation of the Neptune system. A process is under way to fine-tune the radars and get them ready for mounting on the truck chassis that are due to arrive soon,“ CEO of Kvant-Radiolocation Eduard Kasapov said in a Security Talks interview.

Ground-based BLOS radars Mineral-U would provide targeting data for Neptune ASCMs / Apostrophe TV photo

The Mineral-U R&D project was ordered in 2018 and two prototypes built on a domestically-produced truck chassis were contracted in December 2019.

“The Mineral was initially developed in Mineral-ME configuration that is optimized for ship-based operation. Now we have developed a ground-based configuration optimized to be mounted on a KrAZ truck chassis. But the troubles that had faced AvtoKrAZ forced another choice favoring a Tatra truck chassis," said Mr Kasapov.

“The [ground-based Mineral-U] radars haven’t yet been put through qualification trails, and so they will be field-tested mounted on Tatra truck chassis that are due for delivery by year’s end. Afterwards, everything will depend on orders coming to us,” he went on to note.

Radio-transparent protective enclosure of the ground-based Mineral-U radar system / Apostrophe TV photo

DE memo: the ground-based Mineral-U radar system is meant to provide guidance to missile systems, including the RK-360MTs Neptune. It can operate in passive or active modes depending on mission specifics and is designed with a protective radio-transparent enclosure.

Neptune ASCM launcher built on KrAZ-763 NE 8x8 truck chassis (left side) and Tatra T 815-7T3R41 8х8 1R truck chassis

The initial Neptune ASCM battery is scheduled for delivery by April 2022.

A Neptune battalion would typically consist of: (1) mobile command and control post, (2) three launcher batteries consisting of two launchers USPU-360 each, (3) operational support battery consisting of six transporter/transloader vehicles each carrying one storage/transport/launch canister TPK-360, (4) logistical units.Each Neptune battalion will have a standard missile establishment of 72.

The Neptune is being designed as a day/night all-weather weapon system capable of operating in severe ECM environments and under heavy enemy counterfire. It would be able to engage targets at ranges from 7 to 280 km. Full salvo – 24 missiles. The time lag between missiles launched in a salvo – 3…5 s. Time from the end of mission to ready-to-fire time for the next mission – ≤15 min. ASCM Neptune vehicle range – ≤1,000 km.

Three Neptune ASCM batteries have been on order so far.

The ground-based Mineral-U BLOS radar is meant to support the operation of Neptune ASCM system/ Apostrophe TV photo
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