하이 프론티어 4 올

2020 · 탐험

하이 프론티어 4 올

Players run competing space companies that design rockets, develop technology, and establish industry across the solar system using realistic rocketry and delta-v calculations. Gameplay uses a large delta-v map of the solar system, technology and event cards, and modular rulesets that scale from a beginner scenario to full advanced play, including politics and solitaire/cooperative variants. Players plan missions, build and upgrade launch systems, transport resources and colonists, and balance profit, research, and political factors as they race to access and exploit different orbital and planetary destinations.

인원
1–5 최적 3명
플레이 시간
30–240분
연령
14+
복잡성
4.8 / 5
8.3 Ludoya 기준₩108,258부터경제공상과학지점 간 이동가변 플레이어 능력패 관리

구매처

매장 가격과 중고 매물을 매일 확인합니다.

Ludoya에서 모든 가격 비교

Ludoya 테이블에서는

Ludoya에서 전체 통계 보기
231
기록된 플레이
189
플레이어
2h 57m
평균 플레이 시간
76
컬렉션 보유
20
위시리스트 등록
1
예약 구매

8.3/10

Ludoya 리뷰 28개 기준

  • xTo9.0

    As an aerospace engineer I can spend hours playing in this inmmersive solar system (NOTE: I've been a rocket designer of the MIURA launcher, which is included in the promo cards, that makes me laugh every time the rocket explodes, hehe)

리뷰 읽고 평가하기

이 게임을 하는 예정된 이벤트

모든 이벤트

룰 질문

Ludoya 룰 도우미가 룰북을 바탕으로 답변했습니다.

When do I use wet mass vs dry mass, and how do I track fuel/Wet Mass chits?

Wet mass includes all fuel and is used for thrust and movement calculations; dry mass is the spacecraft without fuel or jettisonable tanks. Track fuel and Wet Mass chits per the mass rules and adjust wet mass when fuel is spent or tanks are jettisoned (Rulebook pp. 15–16; p.54).

Can I mix different fuel grades together and will any thruster use mixed fuel?

You may mix fuel grades in a tank but each thruster requires a compatible fuel grade to fire; mixing doesn’t make an incompatible thruster usable (see Fuel grades, mixing rules and thruster compatibility) (Rulebook p.17).

How do I create a valid stack (LEO, Rocket, Outpost) and what are the permitted stack rules?

Follow the permitted Stacks rules when assembling components, create LEO and Rocket stacks using the step-by-step stack creation rules and checks, and obey load/mass and tankage constraints shown in the examples; Outposts have their own creation steps (Rulebook pp.11–13).

Do aerobrake and factory-assist landings/liftoffs use fuel, and how do hazards apply to them?

Aerobrake or factory-assist landings/liftoffs use the special aerobrake/factory rules instead of or in addition to burn fuel as specified, and hazards (belt rolls, CME, etc.) still apply per the aerobrake and factory-assist procedures and examples (Rulebook pp.24–25).

How exactly does prospecting/industrialize work — what are the steps to claim an exploitation track or build a factory?

Prospecting is a five-step operation (survey, prospect roll, place cubes, etc.) with raygun/buggy/missile variants; Industrialize and placing exploitation track cubes follow the prospect/industrialize operation rules and examples (Rulebook pp.31–32).

What happens on a Glitch or Solar Flare during the sunspot cycle?

Sunspot events list specific effects—Glitch causes hand/hazard issues and Solar Flare can damage stacks or cause CME-like effects—apply the event outcomes and remedies as described in the sunspot cycle table and examples (Rulebook p.37; example CME on p.14).

이 게임의 룰북을 읽는 Ludoya 룰 도우미가 열립니다.

점수표와 플레이 도우미

  • Full Game Kit
다음 게임에서 사용하기

게임 정보(인원, 플레이 시간, 연령, 제작진) 출처: BoardGameGeek.