I would think the only real complaint one could have about the Tomcat is from the economic standpoint.
Beauty that she is, it can’t be ignored that she was designed back when they could get away with designing an aircraft around the “one trick pony” idea. Give it one job to do to excellence and built something else to do other singular jobs to an equal level of excellence (Intruder and Corsair II in the surface attack specialties for example) You wouldn’t take an Intruder or a SLUFF air to air and I imagine there was a fair amount of trepidation in the creation of the Bombcat in as much as how survivable an air to air specialist machine would be at the lower altitudes needed for accurate bomb placement on targets.
For a Tomcat, you have the extra cost of training a weapons specialist to ride in the backseat, while the Hornet has one crew member and a computer to handle a lot of the weapons.
The Hornet was built adaptable to various missions so there was no extensive re-engineering to do to get it to take on other duties. To my understanding, the revisions to the avionics and weapons control systems to turn Tomcat into Bombcat were very extensive and expensive.
One thing I notice at every airshow I go to where both Hornets and Tomcats are present in the static park, is what’s under the Tomcat that isn’t under the Hornet: puddles of fuel and possibly other fluids. I’ve never seen a Tomcat on the ground that didn’t have fresh stains on the tarmac under it or some sort of drip catching tray under it. I’ve yet to see a Hornet leak to the point that you’d notice it. Eventually all that leaking has to show up in the economics somewhere.
I was at an airshow in 2000 and there was a Tomcat in the static park that had about half a dozen drip trays under it. The leaking got so bad that tyhey had to tow it, leaking all the way, out of the static park and away from the crowd. The stuck it somewhere where we could still see it and within 20 minutes of standing in that one spot, it had leaked a pool of fuel in about 20 feet in every direction out from it.
Now that certainly was abnormal and extreme leakage, but I’ve never seen a hornet loose its bladder control like that.
The Tomcat, sadly comes from a largely bygone era of thouroughbred, single purpose aircraft that today’s economic environment can’t realistically support.
The Tomcat’s fast and has one job, the hornet is slower, but more is expected of it in tasking than ever was of the Tomcat.
My initial point from the last page stands: the comparison is a moot point, its not realistic to compare them in mission profiles as they come from two different ideals in aircraft design, two different generations of combat aircraft, and entirely different economic considerations governed their respective developments.
How can you fairly compare such disparate machines?