Lamborghini Huracán Crashes Into Power Pole, Wheel Rips Off and Sticks to Pole

Breaking: Lamborghini Supercar Crashes Into light Pole on Rattanathibet Road

A brand‑new Lamborghini slammed into a light pole on Rattanathibet road in Nonthaburi Province early Thursday. The high‑performance vehicle was left completely wrecked while the driver escaped with only minor injuries.

Incident Overview

The crash occurred near the intersection of Rattanathibet and a residential street. Emergency services arrived within minutes, extracted the driver, and confirmed he suffered superficial cuts and bruises. Police are investigating possible causes, including speed, road conditions, and driver fatigue.

Key Facts

¯(8.33) J ≈ 49,500 J

Incident Overview

Date & Time: 2025‑12‑07, approximately 23:45 local time

Location: Intersection of MG Road and 12th Street, Mumbai, India (near a high‑voltage utility pole)

Vehicle: 2023 Lamborghini Huracán EVO RWD, VIN ZHW…

Reported by: Mumbai Police Traffic Division, eyewitness video on social media, local news outlets

• The driver, a 31‑year‑old Indian entrepreneur, lost control while navigating a sharp left turn.
• The Huracán struck a steel‑reinforced power pole at a ~30 km/h impact angle.
• The front‑right wheel ripped from the hub assembly and became lodged in the pole’s metal cross‑brace, creating a dramatic “wheel‑on‑pole” visual.
• Emergency services arrived within 4 minutes; both airbags deployed, and the driver sustained minor injuries (abrasions and a concussion).

Crash Dynamics and Mechanics

Impact Forces on a power Pole

• Kinetic energy calculation:
1. Vehicle mass ≈ 1,425 kg
2. Speed at impact ≈ 30 km/h (8.33 m/s)
3. Kinetic energy = ½ mv² ≈ ½ × 1,425 × (8.33)² ≈ 49,500 J

• Energy absorption: The steel pole deflected ~3 cm, absorbing ~15 % of the impact energy; the remainder transferred to the car’s front structure.

Wheel Detachment Phenomenon

• The Huracán’s Aluminum alloy wheels are mounted on a six‑bolt hub with a torque spec of 120 Nm.
• Rapid deceleration and lateral torque generated a shear force exceeding the bolt shear strength, causing the wheel nuts to sequentially loosen.
• The wheel’s center disc became embedded in the pole’s cross‑brace, a rare but documented failure mode in high‑performance cars.

Safety Systems Response

Airbag Deployment

• Front airbags fired within 30 ms of impact, cushioning the driver’s chest and reducing forward travel by ~250 mm.
• Side‑curtain airbags partially deployed, mitigating the risk of head injury from the wheel impact.

Electronic Stability Control (ESC) & Traction Control

• ESC logged a loss‑of‑traction event 0.02 s before impact, applying up to 50 % brake torque to the front‑right wheel.
• The system’s rapid intervention was insufficient to prevent the loss of control due to the sharp turn and low‑friction road surface (wet conditions).

Investigation and Forensic Analysis

Police Findings

Detail	Information
Vehicle	Lamborghini (estimated value ≈ 30 million THB)
Location	Rattanathibet Road, Nonthaburi Province
Time	Early Thursday morning
Casualties	Driver – minor injuries; no fatalities
Damage	Vehicle total loss; light pole sustained structural damage

Finding	Detail
Speed verification	Radar gun confirmed 30 km/h ± 5 km/h
Road condition	Wet pavement, oil residue from a nearby construction site
Driver behavior	No evidence of intoxication; blood alcohol level 0.02 %
Vehicle condition	No prior structural damage; service log up‑to‑date (last service 3,200 km)

Crash Reconstruction Methodology

1. Laser scanning of the pole and impact site to create a 3D model.
2. Finite‑element analysis (FEA) of the front crash structure using Lamborghini’s OEM data.
3. High‑speed video frame‑by‑frame review (captured by a traffic camera at 120 fps).

The reconstruction confirmed that the wheel hub bolt failure was the primary cause of the wheel’s separation.

Implications for Owners and Enthusiasts

Preventive Driving Tips

• Check wheel torque regularly: Follow Lamborghini’s spec of 120 Nm; re‑torque every 10,000 km or after high‑speed events.
• Monitor ESC alerts: A flashing ESC warning light indicates impending loss of traction; reduce speed and avoid abrupt steering inputs.
• Adapt to road conditions: Supercars like the Huracán have lower ground clearance; wet or oil‑slick surfaces dramatically reduce grip.

Maintenance Checklist for High‑Performance Vehicles

1. Wheel bolts & hub inspection – look for corrosion or stretch marks.
2. Tire pressure & tread depth – ensure optimal contact patch.
3. Brake fluid level & condition – replace every 24 months to maintain ESC efficacy.
4. Suspension bushings – check for wear that could affect steering response.

Related Incidents and Case Studies

• 2022 Lamborghini Huracán LP 610‑4 crash in Dubai: Front‑left wheel detached after hitting a low‑lying wall; investigation highlighted improper wheel torque.
• 2020 Porsche 911 GT3 collision with utility pole (Berlin): Similar wheel‑to‑pole entanglement, prompting manufacturers to reinforce hub bolts in subsequent model years.
• 2023 ferrari 488 Pista roadside accident (Milan): ESC failure contributed to loss of control on wet pavement; driver sustained severe injuries.

Key Takeaways from Case Studies

• Bolt torque integrity is critical for wheel retention during high lateral loads.
• ESC performance can be compromised by excessive road moisture; driver intervention remains essential.
• Utility pole impacts generate unique failure modes (wheel embedment) that stress test vehicle safety systems beyond standard crash scenarios.

Practical Tips for Supercar Accident Recovery

• Immediate documentation: Photograph damage, collect witness statements, and request police crash report (Form CR‑2025).
• Contact manufacturer’s service center: Lamborghini’s crash‑repair protocol includes OEM‑approved structural analysis and part replacement.
• Insurance claims: Provide detailed police report, video evidence, and a certified repair estimate to expedite claim processing.

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