01 就载人飞船而言，Suit & strap in
就载人飞船而言，Don launch and entry suits; verify comms and abort handles reachable.
分数是本图鉴内的相对0–100分。用于浏览，不是工程规格。
速度相对本图鉴其他48种载具的实用最高速度。
98
效率有效行程的能耗——图鉴内的相对值。
12
易用性普通人在无特殊训练或财富时有多容易使用。
2
安全在正常运行与现行规制下，每次行程的安全程度。
70
文化影响这种载具对语言、地位与日常想象影响有多深。
88
技术变革当下新技术正在多大程度改写这种载具。
80
简短问答
这类交通工具要看哪些本地机构或走廊规则？
先看本地视角中的型式认定、营运许可与枢纽——不要假定一份全球清单。
Is this a buying guide?
No. Tool-Lifes /vehicles is an educational atlas. It explains history, systems and culture without affiliate rankings.
Are the scores official?
No. The six scores are relative editorial 0–100 marks across the 48 types on this site.
Where do the photos come from?
Lead images resolve from Wikimedia Commons via Wikipedia titles on the English masters, with licences recorded on the credits page.
Why metric units?
Metric is the default. Regional notes (US customary, local brand culture) appear in culture and market chapters.
How is this different from a wiki article?
Each type gets seven fixed-depth chapters, comparable scores and cross-type labs — structured for browsing, not a single freeform page.
安全运行载人飞船需要按相同顺序追踪能量、信息与机械流。
CBTC、ERS等通用缩写保留，并在上下文中解释。
原理
就载人飞船而言，Abort envelope
就载人飞船而言，Launch escape covers pad to high altitude regimes with different 电机 profiles.
就载人飞船而言，G-load on reentry
就载人飞船而言，Lift vector control spreads heating and caps deceleration for crew comfort.
就载人飞船而言，Splashdown vs land
就载人飞船而言，Water landing needs recovery fleet; land landing needs retro rockets and crush structure.
就载人飞船而言，Docking alignment
就载人飞船而言，Relative navigation lidar and manual retargeting share approach corridor.
就载人飞船而言，Microgravity duration
就载人飞船而言，Consumables and radiation exposure cap mission length independent of delta-V.
图解
就载人飞船而言，Launch abort decision
就载人飞船而言，Anomaly detect sensing
就载人飞船而言，Abort logic决策
就载人飞船而言，Escape 电机pull
就载人飞船而言，Sep stackfree
就载人飞船而言，Ballistic arcrecover
就载人飞船而言，Reentry to splashdown
就载人飞船而言，Entry interfaceheat
就载人飞船而言，Drogue deployslow
就载人飞船而言，Main chutesdescend
就载人飞船而言，Splashdownland
就载人飞船而言，Recoveryegress
运行步骤
02 就载人飞船而言，Ascent & stage events
就载人飞船而言，Monitor G and abort modes through max-Q and stage sep.
03 就载人飞船而言，Orbit ops & dock
就载人飞船而言，Configure ECLSS; execute phasing burns and soft capture at station.
04 就载人飞船而言，Undock & deorbit burn
就载人飞船而言，Close hatches, jettison trunk if applicable, and align entry interface.
05 就载人飞船而言，Reentry blackout
就载人飞船而言，Maintain attitude through plasma blackout; deploy drogues in sequence.
06 就载人飞船而言，Recovery
就载人飞船而言，Crew egress after stable landing; medical and hardware safing follow.
硬性极限
就载人飞船而言，Crew rating
就载人飞船而言，Human factors and abort coverage certify capsule for people, not just cargo mass.
就载人飞船而言，Landing weather
就载人飞船而言，Wind and sea state windows constrain deorbit timing for water landings.
就载人飞船而言，Radiation limits
就载人飞船而言，Solar particle events may force sheltering in storm conditions beyond design stay.