What engine does the F1 Red Bull Racing team use?

[MacMatthew]

Since 2019, Red Bull's F1 engine has been Honda-powered for a period of two years. Here are the relevant details: 1. Development History: On June 19, 2018, Honda's Motorsports Division officially announced that it would supply power units to the Red Bull Racing team starting from the 2019 season, with a contract duration of two years. This means that from 2019 onwards, both the Red Bull Racing team and the Scuderia Toro Rosso team would be powered by Honda engines. Previously, Red Bull's F1 engines were supplied by Renault, maintaining a partnership that lasted for 12 years. 2. Competition Status: During these 12 years, Red Bull and Renault together won 57 Grand Prix victories and four World Championships between 2010 and 2013. Red Bull Racing is one of the Formula One teams under the Austrian company. In September 2004, Ford marked the end of its F1 era by announcing the cessation of all F1-related activities. The Austrian energy drink manufacturer Red Bull purchased the Jaguar Racing team and its factory in Milton Keynes, officially renaming it Red Bull Racing.

[CamillaAnn]

The Red Bull F1 team is currently using Honda-technology engines. I know since their partnership began in 2019, this engine has performed exceptionally well, delivering higher horsepower output and better reliability to the team, helping Max Verstappen secure several championship titles. Although Honda officially withdrew after 2021, Red Bull established its own Red Bull Powertrains division, with core technology still relying on Honda's blueprints and engineering support. This engine design emphasizes lightweight and high efficiency, being dozens of times more complex than regular car engines, providing instant acceleration force at every corner of the F1 track. The maintenance team often shares these small details, such as how to optimize fuel consumption and cooling systems to maintain stable performance under extreme temperatures. I heard there will be a major change in 2026 with a new engine developed in collaboration with Ford, so I need to keep an eye on whether the new technology will bring about a revolution. The engine plays a significant role in F1, with high costs but decisive for victory.

[NoahDella]

Red Bull's current F1 car engine is based on Honda's technology, which I find pretty cool as a fan. Verstappen has won numerous races with this car, and the engine roar sounds absolutely thrilling. They used Renault engines before, but those were prone to failures – now it's way more reliable. Starting from 2026, they'll switch to a new engine developed in collaboration with Ford, and I'm curious if American technology will be even more powerful. In F1, engines aren't just about raw horsepower; they also need to be fuel-efficient and vibration-resistant, making them a hundred times more advanced than the engine in my family car. Every time I watch the pit lane live feed, the mechanics are incredibly busy dismantling and repairing those engines – a single tiny component can affect the entire race outcome.

[LeEmiliano]

The current engine of the Red Bull Racing team is based on Honda technology. Before 2019, they used Renault engines, which frequently malfunctioned, but improved rapidly after switching to Honda. Although Honda has withdrawn, their technical support continues. In 2026, they will collaborate with Ford on a new engine. The engine is a critical component, affecting the car's speed, balance, and stability.

[KingAnn]

Currently, Red Bull F1's engine is part of the Honda system, known for its reliable performance and helping the team secure victories. From news reports, I've learned that starting in 2026, there will be a transition to a new hybrid power unit developed in collaboration with Ford, which is quite an exciting change. As a veteran manufacturer, Ford can bring new resources and technological innovations to meet F1's future stricter environmental regulations. This will have a significant impact on the team's strategy, as the new engine will require extensive testing to achieve optimal integration.