# KORA 지식 조각. 한 줄이 한 조각이고, 질문과 가까운 조각 몇 개만 LLM에게 전달된다 (토큰 절약).
# 형식:  검색용 한국어 키워드 :: LLM에게 보낼 내용
#   키워드는 검색에만 쓰이고 전송되지 않는다. 내용은 영어로 짧게 쓰면 토큰이 적게 든다.
# 수치는 스톡 태양계 근사치 (m/s).
커빈 고향 행성 저궤도 발사 이륙 궤도 올라가기 델타V :: Kerbin: radius 600km, atmosphere 70km, low orbit (LKO) ~80km. Surface to LKO needs ~3400 m/s dv.
뮨 달 문 위성 착륙 가기 델타V :: Mun (moon of Kerbin, '달'): from LKO transfer 860, capture 310, landing 580. One-way ~1750; return (ascent + transfer home) ~900.
민무스 작은 위성 착륙 가기 델타V :: Minmus: from LKO transfer 930 (includes plane change ~340), capture 160, landing 180. Very low gravity, easy to land.
커빈 탈출 행성간 이동 다른 행성 가기 :: Kerbin escape from LKO: 950. Interplanetary intercept dv is added after escape; use transfer windows.
듀나 화성 빨간 행성 이크 착륙 가기 델타V :: Duna: intercept +130 after escape, capture 250 (aerobraking helps), landing ~1450 (much less with parachutes). Moon Ike: +30 from Duna orbit, landing 390.
이브 보라색 행성 두꺼운 대기 길리 착륙 귀환 :: Eve: intercept +90 after escape, capture 80 with aerobraking, landing nearly free with chutes, but ascent back to orbit needs ~8000. Moon Gilly: tiny, landing ~30.
모호 수성 태양 가까운 행성 가기 :: Moho: intercept +760 after escape, capture ~2400, landing 870. Expensive; needs a good transfer window.
드레스 왜소행성 가기 착륙 :: Dres: intercept +610 after escape, capture 1290, landing 430.
쥴 줄 목성 가스 행성 가기 포획 :: Jool (gas giant, cannot land): intercept +980 after escape, capture ~160 to high orbit; low Jool orbit needs ~2600 more. Aerobraking at Jool saves a lot but is risky.
라이스 레이스 틸로 타이로 발 볼 팝 폴 쥴 위성 착륙 :: Jool moons from high Jool orbit: Laythe (ocean, atmosphere) transfer ~1070, landing ~2900 less with aerobrake/chutes; Vall ~910 + landing 860; Tylo ~400 + landing 2270 (no atmosphere, high gravity); Bop ~220 + 220; Pol ~160 + 130.
일루 이루 얼음 왜소행성 가장 먼 행성 :: Eeloo: intercept +1140 after escape, capture 1370, landing 620.
전이 창 발사 시기 타이밍 위상각 행성간 :: Transfer windows: plan interplanetary burns at the right phase angle (use a transfer window planner). Outside windows dv can be much higher.
중력 도움 스윙바이 플라이바이 :: Gravity assists (e.g., Tylo at Jool, Eve flybys) can save hundreds of m/s but need precise planning.
공력 제동 에어로브레이킹 대기로 감속 :: Aerobraking: lower periapsis into an atmosphere to slow down without fuel. Too deep = burn up or crash.
착륙 연소 서프라이즈 수어사이드 번 감속 :: Suicide burn: landing burn started as late as possible to save fuel. KORA land does this automatically.
호만 전이 궤도 올리기 내리기 원지점 근지점 바꾸기 :: Hohmann transfer: raise one side of the orbit, then circularize on the opposite side. Raise apoapsis = burn prograde at periapsis; lower periapsis = burn retrograde at apoapsis. change_orbit/circularize do this.
궤도 경사 바꾸기 궤도면 변경 노멀 :: Plane change: burn normal/anti-normal at the ascending/descending node; cheaper at low speed (high altitude).
랑데부 도킹 접근 정거장 :: Rendezvous and docking: match orbits, approach slowly (<1 m/s near the port), use RCS for translation and SAS target mode.
고체연료 부스터 SRB 원지점 초과 오버슈트 :: Solid rocket boosters cannot be throttled or shut down, so ascent may overshoot the target apoapsis. MechJeb corrects this during circularization.
전기 전력 배터리 부족 태양전지판 :: Electric charge: probe cores and reaction wheels need power. Deploy solar panels in space; batteries drain in the dark.
재진입 대기권 진입 열 낙하산 귀환 :: Reentry: come in shallow (Kerbin periapsis ~30-40km), point retrograde, deploy chutes below ~5km and under ~250 m/s.
OPM 외행성 사르누스 우를룸 네이돈 플록 :: Outer Planets Mod planets Sarnus, Urlum, Neidon, Plock exist beyond Eeloo in this install; KORA does not know exact dv for them.
뮨 가기 다른 천체 가는 법 순서 이동 계획 전이 귀환 :: How to reach a moon (Mun/Minmus) or return to Kerbin: 1) launch_to_orbit if on the ground. 2) plan_transfer (KORA builds the transfer node itself). 3) execute_maneuver. 4) warp_to soi. 5) circularize at periapsis (or reenter for Kerbin). 6) land if wanted. Interplanetary transfers (Duna, Eve, Jool...) are not supported by plan_transfer yet; suggest MechJeb's maneuver planner.
통신 신호 안테나 중계 커뮤넷 연결 끊김 KORA-L1 :: CommNet: probes need a signal path to KSC (or a crewed pilot) for full control. Relay antennas (like the KORA-L1 Link Relay, power 10G, combinable) pass signal for other vessels; place relays in high orbits so the planet does not block them. Signal strength drops with distance; check [Comm] in STATUS.
패스파인더 탐사선 올인원 KORA-X 사용법 부스터 :: KORA-X Pathfinder: all-in-one 1.25m probe (KORA brain, 60kN near-future vacuum engine Isp 2760, RCS, solar, legs). About 25000 m/s vacuum dv from 2.3t; can reach most planets and return from low orbit. Attach a stock parachute on the top node for Kerbin landing. It cannot reach orbit alone: put it on a booster, launch_to_orbit, then plan_transfer. Thrust is low (60kN), so it cannot lift off Kerbin alone.
파이오니어 SSTO 리프팅바디 우주비행기 활공 재진입 :: KORA-X Pioneer: single-stage lifting body (14.8t, 2 crew, near-future 320kN aerospike Isp 1672/1960, ~23800 m/s vacuum dv, solar + 12000 EC battery; attach stock parachutes or landing gear for landing). Launch vertically with launch_to_orbit; it reaches LKO alone with ~20000 m/s spare (can reach most planets and return). Reentry: belly first (nose ~30-40 deg up), heat tiles on the belly. It glides; land on a runway with stock landing gear attached (pilot lands manually).
뉴올리언스 뉴 올리언스 패스파인더 유인 크루 1인승 캡슐 탑승 KORA-X :: KORA-X New Orleans (crewed Pathfinder): Pathfinder with a 1-seat cabin (3 windows, hatch, ladder, IVA). 3.26t, 60kN near-future vacuum engine Isp 2760, ~23700 m/s vacuum dv: can reach most planets and return (crew life support permitting). KORA flies it when no crew is aboard. For Kerbin return attach a stock parachute on the top node (and a heat shield below if returning fast). Needs a booster to reach orbit.
