marcos

You're more likely to disable a modern MBT than destroy it outright. In-SIM it's possible to cook an M1 with 70 rounds. I think it was discussed that even a 25x137mm, as fired from a Bradley's M242 can penetrate the top armour above the engine at the rear where the ventilation is, where it's typically <100mm RHA. One did so accidentally (range wasn't stated).

Feel free to add them. There's a few naval vessels on page 2.

Rare and artful planes Bugatti Model 100P Piaggio Pc.7

${1} ${1}

Japanese and Chinese? copy of F-16 Conformal tanks AN/APG-68(V)9 F-16 Multimode Fire Control Radar RACR AESA SABR Radar

[/img]

%5Bimg%5D%5Bimg%5Dhttp%3A//pds27.egloos.com/pds/201301/05/60/f0205060_50e78fa66c99d.jpg[/img]

F-16E Block 60

Open gangnam style.

They're not 1950's aircraft though.:smilewink:

You have to be careful about which side is saying what. Off-hand the YF-23 had a TWR of 1.36:1 vs 1.09:1 for the YF-22, even with 1500lbs more fuel. It also had a wing-loading of 54lb/ft^2 vs about 78lb/ft^2 for the YF-22. In all likely the YF-23 would have out-flew the YF-22 even without TV.

It's come up once or twice.

Commando APC - TRAPS anti-rocket system deploys a net to destroy rockets. 12.7mm machine gun and automatic 40mm grenade launcher. Battlehawk - Tube launched micro UAV. Wings extend in flight, allowing infantry to monitor targets 5km away and then land on them with a 40mm grenade warhead. Weighs 2.5kg and tube is 560mm long. Endurance of 30 minutes at 5km range with 150m altitude loiter.

AUSA 2012 Shipon FFE. IRIS robot. Persnal Defence Weapons LRWC 6.8x43mm SiG 517 300 Blackout 7.62x35mm Not so personal defence weapon - DGP 2300 3000spm 7.62x51mm LEDs anti-rocket system Protector can carry around 450kg of equipment up 45deg inclines. Rex - as above but only 250kg M88 A2 Recovery truck for MBTs CWS Protector Automated border control MUGI Standalone EO device. Operates for 9-12 days picking up individuals up to 3.5km away. PEROCC (Mine picker-upper) EOF (Pirate blinder) UBS (Door maker)

That doesn't seem likely given the wing loading and thrust-to-weight ratio difference.