CarrierScore

NICHOLAS DEMPSEY

DBA: DEMPSEY WELL PUMP SERVICE

ActiveNot RatedINTERSTATE

Based in CLEVELAND, Tennessee, NICHOLAS DEMPSEY is a motor carrier registered under USDOT 2923267. The company operates 7 power units and employs 6 drivers. Their vehicle out-of-service rate of 0.0% is below the national average of 20.7%, suggesting relatively well-maintained equipment. The carrier has only 0% of required liability insurance on file — a coverage gap of $750K. Our composite safety score rates this carrier at 65/100, indicating a mixed safety profile that warrants closer review.

7
Power Units
6
Drivers
2923267
USDOT #
65/100
Safety Score
⚠️

Insurance Coverage Gap

This carrier has $0 in liability insurance on file but $750K is required — a shortfall of $750K (0% of required coverage).

Company Details

Legal Name
NICHOLAS DEMPSEY
USDOT Number
2923267
Entity Type
CARRIER
Address
120 LEBANON VALLEY CHURCH RD SW
CLEVELAND, TN 37311
Carrier Operation
Interstate
Last MCS-150 Update
July 27, 2024

Inspection Record

TypeTotalOOSRateNat'l Avg
Vehicle100.0%20.7%
Driver100.0%5.5%
Hazmat000.0%4.5%

BASICs Safety Scores

Unsafe Driving1%
Crash IndicatorN/A
HOS Compliance0%
Vehicle Maintenance17%
Controlled Substances0%
Hazmat ComplianceN/A
Driver Fitness0.5%

Higher percentile = worse safety performance. Scores above 75% may trigger FMCSA intervention.

Location

120 LEBANON VALLEY CHURCH RD SW, CLEVELAND, TN 37311

Frequently Asked Questions

What is NICHOLAS DEMPSEY's USDOT number?
NICHOLAS DEMPSEY's USDOT number is 2923267. The company is based in CLEVELAND, Tennessee.
Is NICHOLAS DEMPSEY a safe trucking company?
NICHOLAS DEMPSEY has not received a formal safety rating from FMCSA. The company has had 1 vehicle inspections with a 0.0% out-of-service rate (national average: 20.7%).
How many trucks does NICHOLAS DEMPSEY have?
NICHOLAS DEMPSEY operates 7 power units (trucks/commercial vehicles) and employs 6 drivers, according to their latest FMCSA filing.

Source: FMCSA Safety and Fitness Electronic Records (SAFER) System