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Breakthrough Agreement on Upcoming F1 Regulatory Changes

Highlights

  • Agreement reached on 2027-2028 Formula 1 regulatory changes
  • ICE power rises from 400kW in 2026 to 450kW in 2028
  • MGU-K power reduced to 300kW for 2027 and 2028 seasons
  • Fuel flow increases by 5% in 2027 and 13% in 2028
  • Final approval set for June 23 at Macau World Motor Sport Council
  • Changes aim to improve energy management and maintain racing excitement

FIA, Formula One Management, teams, and power unit manufacturers have agreed a regulatory package for 2027-2028, addressing energy management concerns from 2026. Approval is scheduled June 23 in Macau.

The update spans Technical, Sporting, and Financial Regulations. It rebalances combustion and electrical contributions, targeting faster qualifying, improved deployment headroom, and preservation of the current racing quality.

ICE peak increases from 400kW in 2026 to 420kW for 2027, then 450kW in 2028. Fuel flow rises 5% in 2027 and 13% in 2028.

FIA confirms agreement on 2027-2028 F1 regulatory changes
Image Credit: FIA

MGU-K maximum output drops from 350kW in 2026 to 300kW for 2027 and 2028. Harvesting cap grows to 375kW in 2027 and 400kW in 2028.

The power split shifts toward combustion: 53% ICE in 2026, 58% in 2027, and 60% in 2028. That changes deployment strategies and reduces overreliance on battery energy.

ICE output climbs to 450kW by 2028, with ICE share reaching 60% of total power.

The package responds to early-2026 feedback that cars were marginal on usable energy. The objective is robust race pace without undermining overtaking characteristics produced by the current aero restrictions.

Teams must revisit cooling, gearing, and energy calibration. Higher sustained combustion loads will influence reliability targets, fuel allocation, and lift‑and‑coast thresholds across power-sensitive venues.

Stakeholders agree on updated F1 power unit balance for 2027-2028
Image Credit: X

With the MGU-K capped lower, deployment windows narrow, but stronger harvesting should offset losses over a lap. Expect greater variance by circuit layout and driver management style.

MGU-K peak trims to 300kW, while harvesting rises to 400kW for 2028.

Fuel-flow increases should stabilise straightline attack phases and reduce late-lap vulnerability. That supports qualifying intensity and extends tactical flexibility during Safety Cars and undercuts.

The governing bodies will also adjust supply conditions, race operations, and cost controls for power units. These sit alongside the FIA engine overhaul deadline to maintain predictable development gates.

An accelerated approval pathway gives manufacturers build time for 2027 hardware. Homologation timing and dyno correlation become critical as teams phase upgrades through 2026.

World Motor Sport Council sign-off is slated for June 23 in Macau.

Issues exposed at Montreal underscored the need for recalibration, as reflected in the 2026 Canadian Grand Prix results. The shift aims to curb extreme energy saving.

For a deeper breakdown of scope and implications, see the 2027 F1 rule changes. The emphasis on stability also aligns with Audi’s preference for regulation certainty.

Visual Summary


2026 ICE 53% 58% 60%(2028) ERS


Formula 1’s Power Shift

2027–28 Rules: More Combustion Muscle, Rebalanced Energy

ICE
450kW
2028

MGU-K
300kW
2027-28

ERS Harvest
400kW
2028

+13%
Fuel flow
2028


Next: Faster, Clearer, Fairer Racing


Official approval on June 23 will green-light F1’s new era, promising improved energy flow, strategic depth, and electrifying qualifying—all fine-tuned for teams and fans alike.
Daniel miller author image

Daniel Miller reports on Formula 1 Grand Prix weekends with race-day analysis, team-radio highlights, and point-standings updates. He explains power-unit upgrades, aerodynamic developments, and driver rivalries in straightforward, SEO-friendly language for a global F1 audience.

Daniel miller author image
Daniel Miller

Daniel Miller reports on Formula 1 Grand Prix weekends with race-day analysis, team-radio highlights, and point-standings updates. He explains power-unit upgrades, aerodynamic developments, and driver rivalries in straightforward, SEO-friendly language for a global F1 audience.

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