To make this website work, we log user data. By using Shephard's online services, you agree to our Privacy Policy, including cookie policy.

×
Open menu Search

Turkey develops sanction-busting system to secure naval helicopters

6th February 2023 - 12:00 GMT | by Tayfun Özberk in Istanbul

RSS

The HYTS will replace the Canadian ASIST system aboard Turkish naval vessels and will undergo sea trials this year. (Photo: SSB)

A newly developed system for securing and transferring helicopters on the flight decks of Turkish I-class frigates is being rolled out to replace the Canadian-supplied ASIST equipment.

Ismail Demir, head of the Turkish Defence Agency (SSB), announced the indigenous development of a Helicopter Securing and Transferring System (HYTS/Helikopter Yakalama ve Transfer Sistemi) on 30 January.

The Turkish Navy's OHP frigates, Barbaros-class frigates and MILGEM corvettes use the Canadian-made ASIST (Aircraft Ship Integrated Secure and Traverse) system, but due to sanctions, the service has had difficulty obtaining spare parts. 

HYTS is intended to be installed on new Turkish naval vessels, such as I-class frigates and Hisar-class OPVs, and will eventually replace ASIST, which is used to secure and transfer S-70B naval helicopters.

'The [HYTS], which

Already have an account? Log in

Want to keep reading this article?

Read this Article

Get access to this article with a Free Basic Account

  • Original curated content, daily across air, land and naval domains
  • 2 free stories per week
  • Daily news round-up email service
  • Access to all Decisive Edge email newsletters
Create account

Unlimited Access

Access to all our premium news as a Premium News 365 Member. Corporate subscriptions available.

  • Original curated content, daily across air, land and naval domains
  • 14-day free trial (cancel at any time)
  • Unlimited access to all published premium news
Start your free trial
Tayfun Özberk

Author

Tayfun Özberk


Tayfun Ozberk is a former naval officer who is an expert in surface warfare, particularly …

Read full bio

Share to

Linkedin