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The Ju 88 on display in the SPH.
- The plane’s only battery is a Z-200 that’s at the rear end of the ventral (belly) turret pod, located underneath the main cockpit and behind the front guns.
- For the engines, just like with my VC-54C and B-10, I kept the motor size and output at 100% BUT I set the main throttle torque limit to 1%. As I found out during the test flight, the minimum throttle percent required to cruise was quite low.
- The tail was harder than it looked, as I had to get the stabilizers to line up with the fuselage despite working with a Tail Connector A. I forgot how I did it before, so I cut the tail from my TG-3A replica and made it a separate craft file before merging it with the Ju 88 WIP. Then, I redesigned the rudder and repositioned the rear stabilizers accordingly.
- With its long fuselage and low mass, I had expected it to have a long range - albeit not nearly as long as my Mosquito replica’s.
Historic photograph of a Ju 88 Schnellbomber heading west soon after takeoff. You can see the Island Airfield under the aircraft.
- Though the Island Airfield started under Allied control during the Second Imperial Wars, this was not always the case. One night, a Heinkelian sneak attack comprised of submarines and Schnellbombers with a light fighter escort destroyed the island’s naval defenses, leaving it free for Heinkel’s taking. They knew it was a matter of time before Allied reinforcements arrived to retake the island, so they carried out bombing raids against Krakopolis while they could do so uninterrupted.
- The Ju 88s did not have a lot of ordinance, so they were used on smaller targets like anti-aircraft emplacements to make the raids easier for the heavy bombers. Their speed made it harder for the surface guns to hit them.
- Allied naval and air forces eventually retook the Island Airfield, but the Ju 88s - especially the ones with torpedoes - made it a costly effort. They alone sank half the Allied ships involved and destroyed all but two troop transports, not to mention they proved troublesome for the fighters. After the Island Airfield was secured (again), Allied pilots unofficially prioritized shooting down Schnellbombers over Heinkel’s heavier bombers due to them being harder targets to hit.
Real-life Counterpart Performance Stats
(Ju 88D-1/Trop AKA Ju 88D-3)
Maximum Speed: 295 mph (132 m/s)
- Cruise Speed: 225 mph (101 m/s)
Service Ceiling: 27,880 feet (8.50 km)
Range: 1,553 miles (~2,499 km)
Source: Air Force Museum Website
Details
- Type: SPH
- Class: aircraft
- Part Count: 80
- Pure Stock
- KSP: 1.12.4
Description
The Junkers Ju 88 was a German WWII aircraft that was designed in the mid-1930s as a Schnellbomber (“fast bomber”) that would be too fast for fighters of its era to intercept. Soon it became one of the most versatile combat aircraft of the war – as well as one of the Luftwaffe’s most important aircraft – with roles that included dive bomber, night fighter, photographic reconnaissance, heavy fighter, and even an unpiloted missile. Many variants were built for its various uses. Throughout the war, it participated in many battles in the European theater, the Eastern Front, and the North African Campaign.
As of December 2023, only two complete Ju 88s remain. One is on display inside the National Museum of the United States Air Force in Dayton, OH, and the other is in the RAF Museum in London. Both aircraft were flown into British hands by defecting crews during the war. A few other airframes are undergoing long-term restoration for static display in aviation museums around the world.
A stock aircraft called Ju 88. Built with 80 of the finest parts, its root part is Mark2Cockpit.
Built in the SPH in KSP version 1.12.4.
A Ju 88 replica flying over Kerbin’s desert.
- Back in the Second Imperial Wars, (actual) Ju 88s were used on Allied tanks in that same desert.
Takeoff Instructions
- Engage the brakes and turn on SAS.
- Full throttle.
- Disengage brakes.
- Press and hold H (translate forward). It increases the propeller blade deploy angle - hence your speed.
- Retract gear when airborne.
- Keep tapping H as necessary to keep optimal blade angle (which maximizes thrust). It is recommended to tap rather than press and hold for fine-turning blade angle. Best blade angle for maximizing thrust is 45 degrees, but you do what works best for you.
Be advised that you may need to slowly lower blade angle again at some point. When that happens, translate back using N.
Propeller Controls
H: Translate forward (increase blade angle)
N: Translate backward (decrease blade angle)
Landing Advice
After you land the plane, (unless you’re all done with it) press and hold N to return the blade angles back to 0 before taking off again.
The Ju 88 flying over some mountains before hitting the ocean.
When the Ju 88 had only 10 units left, it had covered 1,640 km and was flying over the ocean.
- And so began the most nail-biting moment of the test cruise.
THE NAIL-BITING LANDING
- Since there was some land on the horizon, I decided to go for something I honestly shouldn’t have in hindsight: landing straight ahead.
- I started by cutting off the engines and gliding down toward the ocean. I figured that if I got too low, I’d use whatever energy I built up to gain some altitude and then glide down again when I reached the top. However, I soon realized that such a strategy wasn’t enough.
- When I was less than 400 meters above the ocean, I started the engines at 9% and kept it low. For a while, I thought I would run out of fuel and the plane would end up in the water. At last, by the skin of my teeth, I managed to land on the ground safely with only 1.48 fuel units left.
I only felt that way in KSP once before, and that was when I was doing the Jool-5 in my T-6 Cannonball four IRL years ago.
RECOMMENDED CRUISE
Altitude: 8.2 km (~26.9k ft; Class Alpha airspace)
Starting Velocity: 205 m/s (~459 mph)
- The cruise ended at 214 m/s (~479 mph)
Blade Deployment Angle: 40 degrees
- 45 degrees is optimal
Recommended Throttle: 18%
EXPECTED RANGE
1,640 km before immediate landing necessary.