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Stock + DLC's + KRE + AmpYear + HullCam Feel free to post your designs too!

Description Details Type: SPH Class: aircraft Part Count: 238 Pure Stock KSP: 1.12.2 Single-Seat multi-role fighter aircraft the KDF - K93 Raijin is here to fill multiple roles. Dominate the skies with its armaments and keep your enemies guessing where the next strike will come from. All Stock (NO MODS). Requires DLC. Recommend unlimited energy (fuel optional) RCS (Default R) Toggle open/close Custom Canopy Stage: Fire Armaments (total of 10 missiles) AG1 Toggle Main engines. AG2. Switch Mode (afterburners) AG3 Parachutes AG4 AIRBRAKES Has custom flags (to get canopy transparency to work correctly, as well as the custom cockpit instrument cluster and hud Download here: Dropbox: https://www.dropbox.com/s/rsoccs28zwiq3e7/Raijin%20Custom%20Flags.zip?dl=0 Google Drive: https://drive.google.com/file/d/1BgM6a0w7vQkbPZ1GMkMb90Xw42amqlYp/view?usp=sharing https://imgur.com/gallery/IAYmn9e A stock aircraft called KDF K-93 Raijin. Built with 238 of the finest parts, its root part is strutCube. Built in the SPH in KSP version 1.12.2. Download links https://kerbalx.com/InterstellarKev/KDF-K-93-Raijin https://steamcommunity.com/sharedfiles/filedetails/?id=2581469408

R-3A Schwall: Unparrelled Air Dominance Delivered Developed under the Republic of Kerbalia Air Force Advanced Frontline Fighter program, Adler Defense Systems presents its 5th generation Air Superiority Fighter, the R-3A Schwall. A lethal package of stealth, speed, agility and next gen sensor fusion, the R-3A achieves unquestionable airspace dominance through unmatched overall performance. Stealth: Advanced radiation-absorbent materials and metasurfaces, along with internal weapons bays and sophisticated shapes all help ensure the survival and combat effectiveness of the R-3A in hostile airspace, giving allied forces decisive operational advantages. The vertical tailless design strengthens the R-3A's stealth to a greater degree. Speed: The lethality and high survivability of the R-3A is further enhanced by speed - capable of Mach 1.4 supercruise and prolonged Mach 2.3 afterburner dash at extreme altitude ensures rapid insertion and extraction over hostile airspace and air defenses. Agility: R-3A brings forth superior aerodynamics through an unconventional forward swept wing design, canards, and 3D vectoring. The R-3a possess great agility at subsonic speeds, its blazing acceleration and razor sharp turns leaves any competition behind in ashes. Sensor fusion: The R-3A's combat mainframe can autonomously collect data through hundreds of on board sensors and share it among all allied forces through secured data links, providing real time high-fidelity battlefield surveillance for commanders and coalition partners, ensuring joint operation effectiveness starting from zero hour. The R-3A features an enclosed cockpit system, favoring external cameras linked to the pilot's HMD and spherical monitors inside the cockpit, providing unobstructed views and augmented reality, enhancing pilot awareness and combat effectiveness. R-3A Schwall flying in formation with the R-5A Schnee of the Support Fighter Program currently under development. Specifications: General characteristics Crew: 1 Length: 21.1 m Wingspan: 15.1 m Height: 1.95 m Wing area: 85 m² Empty weight: 14,853 kg Loaded weight: 23,164 kg standard air superiority loadout* Max. takeoff weight: 30,120 kg(limited by landing gear safety load) Fuel capacity: 9,673 kg internally, or 12,993 kg with two external 1.66 kL fuel tanks Powerplant: 2 × Lyulka AL-31FM turbofans with 15 degrees 3D thrust vectoring Dry thrust: 76.2 kN each Thrust with afterburner: 122.4 kN each *MTW-IR-100 x 2, AIM-120 x 6, 73% internal fuel Performance Maximum speed: At altitude: Mach 2.5 as limited by engine temperature limit Supercruise: >Mach 1.4* @ 8,000m Combat Range: >3,500 km on internal fuel, standard air superiority loadout Combat radius: >1,000 km(with ~800 km Mach 2.0~2.3* afterburner dash @ 15500 m ~ 17000 m, supersonic exit & subsonic return) Ferry range: >4,000 km Service ceiling: 18,000 m Thrust/weight: 1.08 Maximum design g-load: 11.0+ g *Would require a few minutes to accelerate to desired speed Armament Guns: 1× 20 mm M61A2 Vulcan 6-barrel rotary cannon in right LERX root, 650 rounds Air-to-air mission loadout: 4× AIM-120A AMRAAM, 6xAIM-120C AMRAAM compressed 2× MTW-IR-100 Air-to-ground mission loadout: 2× 1,000 lb (450 kg) JDAM or 8× 250 lb (110 kg) GBU-39 Small Diameter Bombs 3× AIM-120 AMRAAM 2× MTW-IR-100 Hardpoints: 2× under-wing pylon stations can be fitted to carry 1,660 L drop tanks or weapons. Non-fiction: 1.I basically made the plane by mashing many planes together, be it realistic or fiction. 2.Thrust vectoring is essential for maintaining artificial yaw stability for certain roll maneuvers, so I couldn't use the more powerful F119s. Hands up for "please add 117S or izdeliye 30 to AJE". 3.Stock SAS can't fly the plane at all, atmosphere autopilot is a must. 4.I tried fitting spin recovery chutes to it, only to find out it just doesn't work at low altitudes, so they are simply drogue chutes for landing now. If you're a good pilot you might be able to land it on a carrier deck without arresting gear. I'm not though.

Hi so i decided to do my rover mission before i go to bed so i did and decided to take pictures to post on imgur so i could share it well here... on the Kerbal Space Program forums...... that ok?. but anyway to spoil it the mission was a huge success and well lets just cut to the chase here is the imgur link to explain it all for you http://imgur.com/a/U7Dlb Name of course inspired by the Osiris - REx mission i just think Osiris is an awesome name

I'm currently trying to make a fully stock bearing (1.0.5) for...a certain evil plan I have, which cannot yet be unveiled...I found a really nice design here, but I have no idea how @JZ6 got the fairing to load whilst open. I would make a custom design based on theirs, but I can't replicate the open fairing without some serious glitching. I don't want to use someone else's bearing directly, because I want my [CENSORED] to be entirely of my own design. Any tips on making a smooth bearing that can carry a moderately heavy load? It needs to be able to withstand the mass of over 20 2x2 structural panels* in microgravity, plus several Clamp-O-Tron Juniors. *unless it can be made extremely compact, like within .6 m wide. Then it would only need to withstand that many 1x1 structural panels. Thanks in advance for helping me! BTW what I am attempting will most certainly be the first of its kind in KSP.