Ki-87

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Arcade Realistic Simulator

Arcade Realistic Simulator

Arcade Realistic Simulator

General info

The Ki-87 in the Garage.

The Ki-87 is a gift Rank IV Japanese fighter with a battle rating of 6.0. It was introduced in Update 1.63 "Desert Hunters".

The main purpose, usage and tactics recommendations

General play style

The Nakajima Ki-87 is a Japanese fighter with a Battle Rating of 6.0, It excels in all scenarios, even against the legendary F-80 Shooting Star. A well played Ki-87 will be able to change the outcome of any-match. It offers a very powerful array of armament of two 20mm, Ho-5 cannons and two 30mm, Ho-155 cannons with a judicious 150 rounds per gun. It can also carry a single 50kg or 250kg bomb under the fuselage.

Using W.E.P. the Ki-87 is able to climb to just over 5500m in five minutes, a strong climb rate. Bombers spawn in at 3000m so you can quickly climb above for positional advantage for booming and zooming. The Ki-87 retains momentum from the dive and engages the targets, it will be able to climb back up to the operational altitude it was before engaging the enemy. It is recommended to take 20 to 30 minutes of fuel; however this plane will consume a lot of fuel if left on W.E.P.so fuel starvation is very likely.

For landing, slow to at least 300km/h (180mph) before dropping the main gear and 250km/h for flaps. Ideally be about 50m altitude at end of runway and hold 200km/h until touchdown.

Vehicle characteristics

Tactics

For engaging the enemy, The Ki-87 is best at boom-and-zoom tactics. Climb to around 6000m and fly over enemy formations, once in position roll the plane to target, maintain coordinated control and correct rudder as at that altitude it is very easy to stall. Descend fast but not so much the controls get sluggish. Once lined up and in range fire a short burst, the very heavy armament will rip the enemy plane apart; even evasive countermeasures will be insufficient for a properly executed BnZ.

Against heavily armed aircraft such as the B-17, B-24, B-29, Tu-4 and other heavy bombers, climb at least 600m above them use slashing boom and zoom tactic, fire short bursts once the busts hit the target, fire longer busts then climb back up. Ideally you should, aim for large critical parts such as the wings and tail plane. The cannons on the Ki-87 will make short work of critical parts and being large offer best chance of hitting. Never attack behind and at nearly same speed as you become a perfect target for multiple weapons. The Ki-87 fuel tanks are somewhat easy to ignite, and won’t last long if they do.

Specific enemies worth noting

Counter-tactics

Pros and cons

Pros:

  • Excels in high-altitude bomber intercepting
  • Powerful armament consisting of 2x 30mm cannons and 2x 20mm cannons
  • No wing-mounted fuel tanks
  • Good climb rate
  • High red-line speed of 840 kph
  • Fast at diving
  • Can equip bombs, although it will affect the aircraft's speed and turning time until your using this as a fighter-bomber.

Cons:

  • Not as manoeuvrable as other Japanese aircraft
  • Crew skills, if the crew has not got high skills it is very easy for them to black out.
  • Fuselage fuel-tank is susceptible to fire.
  • HEF-T used by the 30 mm's has only a maximum penetration of 2 mm.

Specifications

Armaments

Offensive armaments

  • 2 x 30 mm Ho-155 cannons, wing-mounted (150 rpg = 300 total)
  • 2 x 20 mm Ho-5 cannons, wing-mounted (150 rpg = 300 total)


Payloads

  • Without load
  • 1 x 50 kg Army Type 94 GPHE bomb
  • 1 x 250 kg Navy Type Number 25 Model 2 bomb

Armour

  • 70 mm Bulletproof glass in cockpit front.
  • 8.5 mm Steel plate behind the pilot.

Engine & Mobility

Arcade Realistic Simulator

Arcade Realistic Simulator

Arcade Realistic Simulator


Engine

Name: Nakajima Ha-219 Ru 18-cylinder radial
  • Cooling type: Air
  • Max power: 1949 hp (Stock), 2410 hp (Upgraded)
  • Takeoff power: 2250 hp (Stock), 2711 hp (Upgraded)
  • Mass: 1150 kg
Name: Nakajima Ha-219 Ru 18-cylinder radial
  • Cooling type: Air
  • Max power: 1927 hp (Stock), 2150 hp (Upgraded)
  • Takeoff power: 2228 hp (Stock), 2451 hp (Upgraded)
  • Mass: 1150 kg
Name: Nakajima Ha-219 Ru 18-cylinder radial
  • Cooling type: Air
  • Max power: 1927 hp (Stock), 2150 hp (Upgraded)
  • Takeoff power: 2228 hp (Stock), 2451 hp (Upgraded)
  • Mass: 1150 kg

Stats

Stock
  • Max speed: 673 km/h
    • at height: 10,000 m
  • Max altitude: 13,800 m
  • Turn Time: 23.5 s
  • Rate of Climb: 9.4 m/s
  • Takeoff run: 370 m

Upgraded

  • Max speed: 739 km/h
    • at height: 10,000 m
  • Max altitude: 13,800 m
  • Turn Time: 21.6 s
  • Rate of Climb: 23.0 m/s
  • Takeoff run: 370 m
Stock
  • Max speed: 662 km/h
    • at height: 10,000 m
  • Max altitude: 13,800 m
  • Turn Time: 24.0 s
  • Rate of Climb: 11.4 m/s
  • Takeoff run: 370 m

Upgraded

  • Max speed: 707 km/h
    • at height: 10,000 m
  • Max altitude: 13,800 m
  • Turn Time: 22.0 s
  • Rate of Climb: 15.0 m/s
  • Takeoff run: 370 m
Stock
  • Max speed: 662 km/h
    • at height: 10,000 m
  • Max altitude: 13,800 m
  • Turn Time: 24.0 s
  • Rate of Climb: 11.4 m/s
  • Takeoff run: 370 m

Upgraded

  • Max speed: 707 km/h
    • at height: 10,000 m
  • Max altitude: 13,800 m
  • Turn Time: 22.0 s
  • Rate of Climb: 15.0 m/s
  • Takeoff run: 370 m

Performance

Ki 87/Horsepower graph

Modules and Improvements

All modifications are unlocked from purchase.

History of creation and combat usage

Development & design

Improved metallurgy and engineering in the 1930’s saw a massive leap in aircraft performance, especially the once bulky, boxy, lumbering bombers reborn as sleek and sexy machines that left old fashioned wooden fighters in its vapor trail. It was not long before those flying rag fighters were also updated with gleaming aluminum and once again surpassed the bombers top speed. Yet bombers still had a trick up their sleeves, altitude.

Flying above 9,000m (29,500 ft) in super cold thin air and rarified oxygen was both a technical and physiological challenge. The long wings and large interiors of bombers offered space needed for extreme high altitude flight, example the Ju 86P/R bomber which flew above 12,000m (40,000ft) with impunity over England, beyond the RAFs reach for months. The B-17 and B-24 could also fly at altitudes the Bf 109 and Fw 190 had difficulty to reach.

Predicting the same for Japan, the military wisely ordered research into high altitude single engine fighters as early as 1942 and by 1943 work was underway on the future Nakajima Ki-87 and the alternate Tachikawa Ki-94. At 12,000 meters the air density is about 1/4 that of sea level necessitating a huge supercharged engine, but its internal “blower” needed an additional boost so a “turbo-supercharger” was added, powered by high velocity exhaust gas. This combination is exactly like the P-47 Thunderbolt has, except this time the turbo was mounted on the right side of nose on the prototypes and not in rear fuselage. High aspect-ratio wings were chosen for the thin air (compare Fw 190 with Ta 152), but with limited space to mount the dual pair of 30mm and 20mm cannons in an unusual step Nakajima chose a landing gear retraction like on P-40 Kittyhawk. High altitude flight is also extremely uncomfortable for the pilot so the cockpit was partially pressurized and extra tanks of oxygen installed. Pilot armor, thick bulletproof glass, self-sealing fuel tanks, and hard point for bombs were also added. Finally enough fuel for at least 2 hours flight resulted in a massive aircraft for the Japanese, well over twice the weight of the A6M2 Zero.

It was an enormous technical challenge for Japanese industry taking a long time to overcome teething issues. Turbo-superchargers were rarely used by Japan so experience in operation was limited, and although the 90° retracting gear was well known design it took Nakajima months to get it to operate correctly.

The prototype flew for the first time in April 1945 at a time when the anticipated B-29 bomber was pounding Japan, but by then it was too late. Disruption by bombing and dwindling resources prevented the second prototype to fly and attrition of what little fighter defense Japan had. Ironically, with such weak home defense the B-29’s flew much lower so they could bomb more accurately, negating the purpose of the high altitude Ki-87!

Ingame description

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Screenshots and fan art

Videos


War Thunder Ki-87 Premium Review. by DigitalDigging





Additional information (links)

References


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ki_87.png

Icon-country-jap.png Ki-87
Nation Japan
Design Family
Type Fighter
Fighting style Boom & Zoom

   Metric✓       Imperial   

   Metric       Imperial✓   

Characteristics
Empty Weight ~???? kg
Empty Weight + fuel ~???? kg
Takeoff Weight ~???? kg
Wing Area ~?? m²
# Flap Positions ?
Number of Engines 1
Air Brakes no
Arrestor Gear no
Statistics
Power per Engine ???? hp
WEP Duration infinite
top speed ~???.?? kph at ?000 m
Climb Rate ~??.?? m/s
Optimal climb velocity ~???.?? kph
Turn Time ~??.00 s
Wing loading (Empty) ~???.00 kg/m²
Characteristics
Empty Weight ~???? lb
Empty Weight + fuel ~???? lb
Takeoff Weight ~???? lb
Wing Area ~??? ft²
# Flap Positions ?
Number of Engines 1
Air Brakes no
Arrestor Gear no
Statistics
Power per Engine ???? hp
WEP Duration infinite
Top speed ~???.?? mph at ????? m
Climb Rate ??.?? ft/s
Optimal climb velocity ~???.?? mph
Turn Time ??.00 s
Wing loading (Empty) ~??.?? lb/ft²
Main Weapons
? x ?? RPG
? x ?00 RPG
Payload Option 1
Nothing Loaded Clean Plane
Payload Option 2
? x ? ? Bomb
Payload Option 3
? x ? ? Bomb
Payload Option 4
? x ? ? rocket
Limits
Max Speed limit ??? kph
Gear lmit ??? kph
Max static +G's ~??
Max static -G's ~??
Optimal Velocities
Ailerons <??? kph
Rudder <??0 kph
Elevators <??0 kph
Radiator >??0 kph
Limits
Max Speed limit ??? mph
Gear lmit ??? mph
Max static +G's ~??
Max static -G's ~??
Optimal Velocities
Ailerons <??? mph
Rudder <??? mph
Elevators <??? mph
Radiator >??? mph
Manual Control
Mixer is controllable
Pitch is controllable
no automatic pitch
Radiator (water) is controllable
Radiator (oil) is not controllable
Oil and water uses combined radiator control
Supercharger is controllable
Turbocharger is controllable
Compressor settings 1
Optimal Altitude
2000 m
6562 ft
100% Enginepower ??00 hp
WEP Enginepower ???? hp
Compressor settings 2
Optimal Altitude
4300 m
14108 ft
100% Enginepower ???? hp
WEP Enginepower ???? hp
* Warning this is still in the test phase and can be incorrect. Take information with a grain of salt (data from 1.63 initial release)