A press presentation about the project was made by President Mahmoud Ahmadinejad and Defense Minister Ahmad Vahidi on 2 February 2013, as part of the Ten-Day Dawn ceremonies.
[9] It features a downward wingtip device which Flight Global noted vaguely resembles the Boeing Bird of Prey prototype, but with a more faceted design similar to the 1970s-era Lockheed Have Blue that was developed into the now retired F-117 Nighthawk.
On 10 February 2013, the Iranian Minister of Defense said the claims made by the foreign media about the project are inaccurate and that the engine used by the design had been successfully tested.
[15] On 5 March 2017, Iranian Defense Minister Brigadier General Hossein Dehghan stated that the Qaher-313 was ready for flight testing.
It was described by the Fars News Agency as a "logistic aircraft for short distances" and a "light fighter jet used for military and training operations".
[citation needed] This prototype, designated "08", introduced a number of changes over the models previously showcased, most notably an enlarged cockpit, dual jet exhausts, and a FLIR turret in the nose.
[17] The managing director of the Iran Aviation Industries Organization (IAIO), a subsidiary of the Defense Ministry, announced in a televised interview on 18 February 2023 that the fighter had reached technical maturity but would be reworked and fielded as an unmanned drone rather than a manned aircraft to adapt it to the requirements of Iranian military units, first deliveries would be made in the middle of 2024.
[26] According to Flight Global, unnamed Israeli experts say the "indigenous fighter jet" Iran presented on 2 February is nothing more than a "very sleek plastic model".
Poor-quality footage posted on the internet provided no sense of scale for the platform being flown and also failed to show its take-off or landing.
[29] One Israeli aerospace engineer speaking anonymously to The Times of Israel indicated that while the aircraft displayed was obviously not a flying example, it did show advanced stealth features and that the design could be capable of high maneuverability.