samlove
FULL MEMBER
- Joined
- May 4, 2013
- Messages
- 1,328
- Reaction score
- 2
- Country
- Location
A listed Chinese company is being accused of trying to sell a knockoff version of an advanced Israeli airborne fire-control radar, according to a report from Defense News, a US-based media outlet.
Beijing’s NAV Technology Company has reportedly claimed in a product catalogue that its active electronic scanned array (AESA) radar incorporates “decades of field-proven experience” from Elta Systems, a subsidiary of the state-owned Israel Aerospace Industries (IAI). In the mid-2000s, IAI was embroiled in controversy after it canceled a radar deal with China due to strong opposition from the US government.
The AESA radar being promoted by the Chinese company is believed to be Elta’s EL/M-2052, given that the product descriptions in NAV’s catalogue — such as advanced multimode capabilities for precision, long-range attack of multiple air, sea and moving ground targets — are “nearly identical” to Elta’s marketing data, the report said.
Israel’s Ministry of Defence on Monday denied any knowledge of NAV or the radar it was selling, though a spokesperson declined to answer whether IAI has ever been licensed to market Elta radars to China. However, an IAI spokesperson has denied any association between Elta and NAV “or any other Chinese firm,” the report said.
“We don’t have a clue as to why they wrote this in their brochure, but it is completely not true,” the spokesperson said in a written reply.
Defense News suggests that NAV may be guilty of manufacturing imitations of foreign arms technology, noting that the company’s catalog says it is willing to “reverse engineer” a US-made inertial navigation system, and that it is also selling a glide bomb that appears identical in appearance and specifications to the GBU-39 made by Boeing.
According to the website of China’s nationalistic tabloid Global Times, NAV is a company registered in Beijing’s Zhongguancun Science Park. Its areas of expertise are “communications, navigation and modern signal processing.”