Crashes For Company Thomas J Peck And Sons INC

Thomas J Peck And Sons INC trucking company accidents are a serious concern for the transportation industry. Accidents involving commercial vehicles can result in significant damage to property, injury, and even loss of life. As a result, it is essential for trucking companies to prioritize safety and take proactive steps to prevent accidents from occurring.

The causes of trucking accidents can vary widely and may include driver error, equipment failure, weather conditions, and other factors. Trucking companies can reduce the risk of accidents by implementing strict safety policies, providing ongoing training for drivers and staff, and maintaining their vehicles in top condition.

In the event that an accident does occur, it is critical for the trucking company to respond quickly and appropriately. This may include providing medical assistance to those involved, contacting the authorities, and initiating an internal investigation to determine the cause of the accident.

Thomas J Peck And Sons INC trucking company accident pages typically provide information on the company's safety record, including any accidents that have occurred and the steps taken to prevent similar incidents in the future. This information can be useful for potential customers and partners in evaluating the company's safety practices and reputation.

Thomas J Peck And Sons INC trucking company accidents are a serious concern, but by prioritizing safety and taking proactive measures to prevent accidents, companies can help ensure the safety of their employees, customers, and the general public.

Showing 1-4 of 4 items.

Report No:UT1903985841

Item Value
Accident Date 21-MAY-19
Accident State UT
Vehicle ID involved in a crash
Fatalities reported in the crash 0
Injuries reported in the crash 1
Was a vehicle towed from the scene No
Hazardous materials were released No
Description of the trafficway Unknown
Access control description No Control
Road surface condition Unknown
Weather condition No Adverse Conditions
Light condition Daylight
Vehicle VIN 3AKJHHDRXKSKK7490
Vehicle license number Z066511
Vehicle license state UT
Severity weight that is assigned to the incident 2
Description of the citation issue UNKNOWN

Report No:UT1907180491

Item Value
Accident Date 28-AUG-19
Accident State UT
Vehicle ID involved in a crash
Fatalities reported in the crash 0
Injuries reported in the crash 1
Was a vehicle towed from the scene No
Hazardous materials were released No
Description of the trafficway Unknown
Access control description No Control
Road surface condition Unknown
Weather condition No Adverse Conditions
Light condition Daylight
Vehicle VIN 3AKJHLDRXKSKK7492
Vehicle license number A031190
Vehicle license state UT
Severity weight that is assigned to the incident 2
Description of the citation issue UNKNOWN

Report No:UT2007657421

Item Value
Accident Date 16-DEC-20
Accident State UT
Vehicle ID involved in a crash
Fatalities reported in the crash 0
Injuries reported in the crash 1
Was a vehicle towed from the scene Yes
Hazardous materials were released No
Description of the trafficway Unknown
Access control description No Control
Road surface condition Unknown
Weather condition No Adverse Conditions
Light condition Daylight
Vehicle VIN 3AKJHHDR7LSLR8313
Vehicle license number Z068188
Vehicle license state UT
Severity weight that is assigned to the incident 2
Description of the citation issue UNKNOWN

Report No:WY0202112737

Item Value
Accident Date 28-OCT-21
Accident State WY
Vehicle ID involved in a crash
Fatalities reported in the crash 0
Injuries reported in the crash 0
Was a vehicle towed from the scene Yes
Hazardous materials were released
Description of the trafficway Two-Way Trafficway Not Divided
Access control description No Control
Road surface condition Dry
Weather condition No Adverse Conditions
Light condition Dark - Not Lighted
Vehicle VIN 3AKJHLDR5LDMD0873
Vehicle license number Z071982
Vehicle license state UT
Severity weight that is assigned to the incident 1
Description of the citation issue NO