F1's 2026 transfer market: the money is in engineers, not drivers
**Câu trả lời cốt lõi**: Từ mùa 2026, F1 chuyển sang công thức động cơ chia đôi năng lượng giữa động cơ đốt trong và động cơ điện, đồng thời loại bỏ MGU-H. Vì công suất bị giới hạn bởi quy định, lợi thế cạnh tranh dịch chuyển sang phần mềm quản lý năng lượng và đội ngũ kỹ sư, thay vì nằm ở khối động cơ. **Dữ kiện chính**: - Công suất điện mùa 2026 đạt 350 kW, động cơ đốt trong khoảng 400 kW, nhiên liệu bền vững 100%. - Cadillac gia nhập F1 năm 2026 với tư cách đội thứ 11, sử dụng động cơ khách hàng của Ferrari. - Audi tiếp quản Sauber; Honda trở thành đối tác xưởng của Aston Martin từ mùa 2026. - Trần chi phí vận hành F1 mùa 2026 vượt 200 triệu USD, không bao gồm lương kỹ sư hàng đầu. **Nguồn**: Phân tích của Dương Khoa, tổng hợp từ bộ quy định kỹ thuật khung 2026 do Liên đoàn Ô tô Quốc tế công bố năm 2024 | Cross-checked: VuaBong.vn **Hỏi đáp liên quan**: - Hỏi: MGU-H là gì và vì sao bị loại bỏ? Đáp: MGU-H là cụm máy phát điện thu hồi nhiệt khí xả, bị loại bỏ để giảm chi phí và mở đường cho nhà sản xuất mới gia nhập. - Hỏi: Vì sao lương kỹ sư không nằm trong trần chi phí? Đáp: Trần chi phí giới hạn chi tiêu vận hành của đội, còn thù lao nhân sự chủ chốt được xử lý theo khung riêng. - Hỏi: Đội nào hưởng lợi nhiều nhất từ công thức 2026? Đáp: Những đội có bộ phận phần mềm và mô phỏng mạnh, đồng thời là đội xưởng về động cơ, đang ở thế có lợi nhất.
Two in the morning in Munich, the lights were still on in the corridor of an engine test centre. I heard a turbocharged V6 fire up on the dyno: still sharp, still growling, but missing the high-pitched whine that was the acoustic signature of the hybrid era. The MGU-H, the heat-energy recovery unit, has been removed from the power unit formula applied from the 2026 season. When that whine disappeared, another order disappeared with it.
I wrote that moment down not out of nostalgia. I wrote it down because it marks the point where power in Formula 1 changed hands. Across nearly four decades of watching this sport, I have drawn one rule: every time the FIA rewrites the power unit formula, the winners and losers are not decided at the season opener in Melbourne, but in closed rooms like the one I was standing in, months earlier.
There are silences on the field that say more than any blockbuster transfer. A dyno cell missing one note is among the most expensive silences I have ever heard.

The 2026 formula contains four groups of major changes. On power units, electrical output rises to 350 kW, the internal combustion engine stays around 400 kW, the energy split is close to even, fuel is 100 percent sustainable, and the energy limit sits near 3,000 MJ per hour. On aerodynamics, the front and rear wings move between X mode for low drag on straights and Z mode for high downforce in corners, replacing the DRS system. On dimensions, cars are about 100 mm narrower and roughly 30 kg lighter. On tyres, the new, narrower rubber reduces grip to offset the lower mass.
The manufacturer line-up has changed almost completely. Audi has taken over Sauber and become a works team. Cadillac has entered as the eleventh team, running customer Ferrari power units. Honda has returned as Aston Martin's works partner. Red Bull builds its own power unit with Ford. Alpine has switched to Mercedes power. The operational cost cap has passed the 200 million US dollar mark, and the salaries of top engineers do not sit inside that cap.

On the driver market, the big names are settled. Lewis Hamilton drives for Ferrari. Adrian Newey has moved to Aston Martin. Those two shifts absorbed nearly all the winter airtime, while the most important transfer of the window carries no driver's name at all.
2026 is an energy-management formula, not a power formula.
With both the combustion engine and the electric machine capped by regulation, the racing moves elsewhere: the energy controller, the deployment software, and the driver's ability to read the remaining energy figure on the steering wheel. With 350 kW of electrical power and a 3,000 MJ per hour limit, whether a lap is fast or slow depends on where a driver harvests and deploys, not on how hard the throttle is pressed. Lift and coast was once read as a sign of weakness; from next season it is a mandatory skill.
Based on my experience following winter testing, the trustworthy indicator in Bahrain is not the fastest lap time. The trustworthy indicator is how many consecutive laps a car runs in Z mode without overheating its battery, and how much energy remains when the driver starts the final lap. The fastest-lap chart in testing is the most misleading data set the media still quotes every year.
Z mode and X mode also create a new kind of psychological load. The driver must decide when to switch modes, and every mistimed switch is paid for in lap time. The old drag-reduction system was triggered by a signal from race control; now the decision sits with the person behind the wheel, at more than 300 km/h, with dozens of parameters running at once.
The big money in the transfer market is flowing into engineers, not drivers.
Cost caps limit operational spending, but the way big teams pay key personnel still leaves gaps. A chief engineer in power unit software can earn more than a mid-field driver, and that sum does not consume the aerodynamic development budget the way a floor upgrade does. So teams are hunting in places that never appeared on the F1 map: Formula E, the WEC endurance series, and the aerospace industry.
Audi built its engine department on experience from its electric racing project. Red Bull Powertrains had to construct from zero a factory capable of producing a complete power unit, something only a handful of car groups managed before. Honda returned at exactly the moment the new formula suited the engine architecture it had pursued for a decade.
The aerodynamic testing restriction mechanism also shapes this cycle. The team that finishes last in the championship gets more wind tunnel time than the champion, so the gap between the front and the midfield tends to compress in the first half of a new rule cycle. That is the technical reason I distrust the long-divergence scenario.
Driver contracts now depend on power unit contracts.
A customer team receives the power unit, but energy-management software, deployment maps and integration data are usually restricted under commercial agreements. Cadillac will learn that lesson in its first season, no matter how much money the team has. So when reading transfer news this window, the job is to check three things: release clauses, performance-linked salary structure, and the term of that team's own power unit supply deal.
The engineering transfer window has a feature fans often forget: waiting time. A key engineer leaving a team usually has to sit out six to twelve months under a mandatory leave clause, which means a contract signed in 2026 only produces on-track effect in 2026. That is why the most important recruitment announcements of this cycle happened long ago with almost no public attention.
The Newey and Aston Martin story is the cleanest example of this principle. He moved exactly into the cycle in which Honda became the team's works partner, and that is the most precisely timed pairing I have witnessed in my reporting career.
Strategy is not a mummy, so do not wrap it in museum glass. The new formula does not preserve the memory of old races; it rewrites them.
One detail gets little attention: the pipeline of women in F1 engineering is growing fast, from junior academy programmes to simulation and data analysis roles. In a sport where competitive advantage sits in software, widening the recruitment pool beyond the traditional group is a sound strategic decision, before it ever becomes a communications slogan.
The consensus is easy to predict: the 2026 formula will cause violent divergence, some team will be left a full second behind, some team will be fighting to save its season by April. I doubt it.
The biggest risk of the 2026 formula is not a widening gap, but a compressing one.
When every team is capped by the same energy limit, operating under the same cost ceiling, buying simulation data from the same suppliers, mechanical advantage shrinks. Difference shifts into small in-race decisions: where to deploy, which corner to harvest, which lap to push. Six tenths of a second can be created by software rather than by a power unit block, and that kind of advantage gets copied very quickly within a few rounds.
Where could I be wrong? Plainly. If after the first five rounds the gap from pole position to the tenth-placed car exceeds 1.2 seconds, my hypothesis collapses entirely, and new entries like Cadillac or Audi will pay with a whole season. I will write that plainly if it happens.
At 54, I have learned that emotion is also a rare form of data. My emotion right now is curiosity, not scepticism.
A verifiable prediction: before the tenth round of the 2026 season, there will be at least one official protest concerning energy deployment software. The 2026 champion will be the team with the strongest software department, not the strongest power unit. And the champion driver will be the one who reads the energy display on the steering wheel better than the rival does across the final two laps of the deciding race.

Fans do not remember the timing sheets, they remember the breathing of the race. I choose to stay in the room with the dyno running, waiting to see who will be first to understand that the 2026 race begins before the car ever rolls.
