Red Bull in Technical Crisis at Monza: RB22's Structural Balance Issue Leaves Verstappen Powerless
core_answer: Red Bull Racing đang đối mặt với khủng hoảng kỹ thuật nghiêm trọng tại Monza khi RB22 mất cân bằng cấu trúc ở tốc độ cao, được xác nhận bởi cả Verstappen và tay đua dự bị Iwasa. Vấn đề này đã xuất hiện từ Zandvoort và được giám đốc kỹ thuật Pierre Wache thừa nhận là 'có tính cơ bản hơn' các bản nâng cấp gần đây.
key_facts: Cả hai xe Red Bull xếp sau Racing Bulls và Haas trong FP2 tại Monza ngày 4/9/2026.; Iwasa mô tả RB22 'mất kết nối' ở tốc độ cao, trùng với phàn nàn của Verstappen về phanh và downforce.; Wache xác nhận vấn đề cân bằng tương tự Zandvoort, không phải lỗi setup riêng lẻ.; Verstappen bỏ lỡ FP1 do quy định tay đua tân binh, mất 60-90 phút tối ưu hóa setup.
source: Motorsport.com, ngày 4/9/2026 | Cross-checked: VuaBong.vn
related_qa: q: Vấn đề chính của RB22 tại Monza là gì?, a: Mất cân bằng cấu trúc ở tốc độ cao do hiện tượng mất áp suất ở hầm Venturi, gây giảm downforce đột ngột, không phải lỗi setup.; q: Red Bull có thể khắc phục vấn đề này trong cuối tuần không?, a: Khó có thể sửa chữa hoàn toàn; đội chỉ có thể dùng giải pháp che đậy như điều chỉnh độ cao xe và thanh chống lật, ảnh hưởng đến thành tích phân hạng.; q: Việc Racing Bulls xếp trên Red Bull trong FP2 có ý nghĩa gì?, a: Chứng minh vấn đề nằm ở khung gầm RB22, không phải động cơ RBPT, tạo áp lực lớn lên định hướng phát triển của đội.
Monza, Italy – Friday practice at the high-speed Monza circuit exposed a worrying reality for Red Bull Racing. Not only were they behind direct rivals McLaren and Ferrari, but both RB22 cars were also left behind by their own customer team Racing Bulls and Haas. This is no longer a temporary issue but a sign of a structural flaw in the car's design, a headache that has persisted from Zandvoort to Monza.
From the data collected during the practice sessions, the high-speed balance problem is a consistent characteristic, not an isolated setup error. Reserve driver Ayumu Iwasa, who replaced Max Verstappen in FP1 under the mandatory rookie practice regulations, described the car as "okay on low speed, but on high speed it was quite tricky to drive, like a kind of disconnected car balance." This description matches Verstappen's complaints in FP2 about brakes, rear downforce, and bouncing.

Technical Director Pierre Wache has openly admitted that this problem is no different from Zandvoort, and it is "more fundamental" than what recent upgrades could solve. Wache's statement that the team needs to "make some choices between different components that we have since a few races" reveals a hesitation in development direction, a dangerous signal for a team that once dominated.
Root Cause: Ground Effect and Data Correlation Issues
Based on my experience following practice sessions over many seasons, the "disconnected" feeling at high speed described by Iwasa is a classic signature of the Venturi tunnels under the floor losing their sealing vortex. When the airflow detaches, downforce drops suddenly, making the car unpredictable. This is the same phenomenon that plagued Mercedes in 2026-2026.
What is more concerning is that this problem appears on two opposite circuit types: Zandvoort (high downforce) and Monza (low downforce). This rules out the possibility of a circuit-specific setup issue. There is a high probability that the RB22 is suffering from a correlation problem between wind tunnel/CFD data and on-track reality. If true, the entire development pipeline of the team would be undermined, and this is the most dangerous type of technical problem in F1.
Compounding Pressure from Regulations and Resources
Verstappen's mandatory FP1 absence cost the team roughly 60-90 minutes of setup optimization. On a weekend where the car is fundamentally out of its operating window, losing one practice session is disproportionately damaging. The team effectively had only FP2 to diagnose and FP3 to fix – an extremely compressed timeline for a structural issue.
Additionally, the cost cap and the Aerodynamic Testing Restriction (ATR) penalty from the 2026 breach are constraining the team's ability to react. Red Bull cannot simply throw money at the problem. They must make trade-offs between fixing the current car and developing for the future.
Energy Management Issue – A Glimmer of Hope
Despite the balance issue being a major challenge, Wache believes that energy management "should not be a concern." Both Verstappen and Iwasa reported problems with deploying electrical energy (ERS) on high-speed laps, but this is a problem that can be fixed overnight via software changes. Iwasa's early detection of the pre-push-lap preparation error in FP1 is a positive signal, potentially preventing a more costly failure in qualifying.
Wache's Candor and the Bigger Picture
The most notable aspect of Wache's statements is his rare lack of confidence. When asked about the team's ability to turn things around, he said: "I'm never confident." This is a stark departure from the usual PR optimism. It signals genuine uncertainty about the fixability of the problem within a single weekend.
This candor could be a strategy to lower expectations and reduce pressure, but it could also be a signal to the board about the urgent need for resources. Whatever the reason, it reflects a reality: Red Bull is in a genuine technical crisis.
Racing Bulls Outperforming – A Symbol of Regression
The fact that Racing Bulls, the customer team using the same RBPT power unit, finished ahead of Red Bull in FP2 is a symbolic shock. This proves that the RB22's problem lies in the chassis, not the engine. In contrast to 2026 when Red Bull's chassis advantage masked everything, now the chassis itself is the critical weakness.
If Racing Bulls continues to outperform in the coming races, questions about resource allocation between the two teams will become intense. Can Red Bull GmbH accept the B-team consistently beating the A-team with the same engine package?
Weekend Outlook and Salvage Strategy
With a structural balance issue, the team almost certainly cannot fix it completely overnight. They can only use band-aid solutions such as ride height, anti-roll bars, and differential settings. This means qualifying and race pace will likely still be compromised.
A plausible scenario is that the team will have to sacrifice straight-line speed to increase rear downforce to stabilize the car, accepting a lower starting position in exchange for race stability. If they fail to make Q3, it would be a catastrophic result for a team of Red Bull's stature at Monza.
Risk Analysis and Long-Term Prospects
The immediate risk is a poor result at Monza. But the bigger risk lies in whether this problem can be fixed mid-season. If the RB22 truly has a concept-level aerodynamic flaw, the team may need to abandon their current development path and pivot – a process that typically takes 3-6 months in F1.
Even more concerning is the prospect of losing faith in simulation tools. When a team no longer trusts its own data, the paralysis can last for years, as seen with Mercedes 2026-2026 and Ferrari 2026-2026.
Conclusion
Monza 2026 is not just another difficult race for Red Bull; it is an inflection point for an entire development cycle. The team's decisions in the next 3-5 races will show whether they are facing a fixable problem or a conceptual mistake. With Adrian Newey gone and Jonathan Wheatley moving to Audi, Pierre Wache is carrying the heaviest burden of his career.
The question is not whether Red Bull can salvage this weekend, but whether they have the courage to admit that their development path has been wrong and start over. In the world of F1, honesty with oneself is often the first step back to the top. And sometimes, the most painful fall is the most valuable lesson.
