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Formula 1 技术实验室

针对决定 Formula 1 的各项技术提供互动式解析与工程深度研讨。涵盖空气动力学、混合动力单元、底盘、轮胎,以及 2026 年的技术变革。

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规则沿革

  1. 2009–2013

    KERS 时代

    F1引入了动能回收系统(KERS),车手可以利用回收的制动能量获得有限的动力提升。早期的系统笨重且可靠性不佳,但验证了这一概念的可行性。

    • KERS allowed: up to 60kW output, 400kJ per lap
    • Double diffusers permitted (exploited by Brawn, Toyota, Williams)
    • Slick tyres returned after 11 seasons of grooved rubber
    • Front wing width increased to 1800mm, adjustable from cockpit
  2. 2014–2025

    混动动力单元时代

    赛车运动史上技术最复杂的动力单元。1.6升V6涡轮增压发动机搭配两个电机——一个从涡轮回收热能(MGU-H),一个从制动回收动能(MGU-K),此外还配备电池和控制电子设备。

    • 1.6L turbocharged V6 replaces 2.4L naturally aspirated V8
    • MGU-K: 120kW motor, harvests kinetic energy under braking
    • MGU-H: harvests heat energy from turbo shaft
    • Energy Store: 4MJ battery per lap
    • Combined output: approximately 760bhp (600kW)
  3. 2017–2021

    宽车体规则

    赛车变得更宽、更低、更快。尺寸更大的轮胎和翼片创造了显著提高的下压力,但也产生了极难紧跟的脏气流,阻碍了超车。

    • Car width increased from 1800mm to 2000mm
    • Rear tyre width: 305mm → 405mm
    • Lap times reduced by approximately 4-5 seconds
    • Downforce increased by ~20%
    • Dirty air turbulence increased — following cars lost 35-50% downforce
  4. 2021—

    引入预算帽

    FIA引入了每赛季$145M的财务预算帽,缩小了厂商车队与独立车队之间的差距。这是一项改变F1竞争格局的里程碑式规则变革。

    • $145M cost cap for 2021, reducing annually to $135M by 2023
    • Excludes driver salaries, top 3 executives, marketing
    • Parc fermé rules tightened to limit in-season development costs
    • Token system for chassis development (limited changes per season)
  5. 2022—

    地面效应革命

    F1空气动力学的全面重置。禁用高下压力翼片,转而采用利用文丘里效应产生下压力的雕琢底盘——在提供相似抓地力的同时大幅减少紊流尾迹,让近距离攻防成为可能。

    • Venturi tunnels in underbody replace complex multi-element wings
    • Following car downforce loss reduced from ~50% to ~4-18%
    • 18-inch wheels replace 13-inch, eliminating high-sidewall "balloon" tyres
    • Wheel covers introduced to reduce tyre turbulence
    • DRS retained but restricted to two activation zones per circuit
  6. 2026—

    2026动力单元与主动空力

    自2014年以来F1最激进的技术规则变革。废除MGU-H,MGU-K的输出功率翻倍至350kW,并由可动空气动力学部件取代DRS——实现内燃机与电力各占50%的动力输出。

    • MGU-H eliminated — reduces cost and complexity, enables new manufacturers
    • MGU-K output: 120kW → 350kW (3x increase)
    • Power split: 50% ICE / 50% electrical at sustained output
    • New manufacturers: Ford (Red Bull), GM/Cadillac, Audi
    • Active front and rear aerodynamics replace DRS system
    • Car weight target reduced from 798kg to 768kg

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