GIG HARBOR, Wash. — On Monday morning, Peninsula School District employees arrived to start their shift, found 25 buses covered in offensive graffiti, scrambled to remove it and got them in service fast enough to stay on schedule, KOMO 4 News reports.
Employees looked up graffiti-removal methods on the Internet, and they drove to stores and beauty shops to buy bottles of nail-polish remover to clean the graffiti off most of the vandalized buses, according to the news outlet. Because of their efforts, few people outside the district saw the graffiti.
Transportation managers sent out several buses before they were fully cleaned, but chose vehicles with the least offensive markings out of necessity to get the job done, they told the news outlet. District officials added that they received no complaints from parents, students or members of the community about the buses that went into service with some graffiti still not removed.
No suspect has been named yet in the incident. Although the bus facility is equipped with security cameras, the area where the buses were vandalized is not within view of the cameras, according to KOMO 4 News.
To read the full story, click here.
District staff removes graffiti from 25 buses
Employees of Peninsula School District in Washington arrived on Monday morning to find the vandalized buses. They scrambled to clean the buses and were able to get them in service fast enough to stay on schedule.
More Safety

New York 5-Year-Old Killed by School Bus, Investigation Ongoing
A Rockland County child was struck by their school bus late last week. Here's what we know so far about this and other fatalities and injuries in the area over the years.
Read More →
Prevent School Bus Dragging Incidents: Anti-Pinch Door Sensors and Maine’s New Mandate
As Maine becomes one of the first states to require anti-pinch door sensors on new school buses, manufacturers like Mayser offer a look at how the technology works and why it's a critical fail-safe.
Read More →
8 Ways To Simplify and Streamline School Bus Fleet Operations
What if your fleet technology actually worked together? Learn eight practical strategies to integrate multiple systems into one platform, unlocking clearer insights, stronger safety standards, and smoother daily operations.
Read More →
Survey: Most Parents Want Automated Enforcement on School Buses
A recent Verra Mobility survey reports that 82% of parents support safety cameras to penalize stop-arm violators and 70% favor automated enforcement in school zones.
Read More →
State Grant Program Advances School Bus Safety Upgrades Across Ohio
$10 million in state grants will fund safety upgrades and new features on school buses serving students across the Buckeye State.
Read More →
Waymo Scrutiny Intensifies as NTSB Launches Investigation
After complications in multiple cities when self-driving taxis failed to stop for school buses, the NTSB joins NHTSA in a probe to determine what's behind the tech and related safety concerns.
Read More →
Transportant Debuts First Full-Color Stop Arm Camera for School Buses
Transportant introduced a next-generation stop arm camera designed to improve image quality and reliability for documenting illegal school bus passings.
Read More →3 New Ways Fleet Software Pays: ROI opportunities for modern fleet managers
Keeping buses safe, reliable, and on schedule requires more than manual processes. This eBook explores how modern fleet software supports school transportation teams with automated maintenance scheduling, smarter video safety tools, and integrated data systems. Discover practical ways fleets are reducing breakdowns, improving safety, and saving valuable staff time.
Read More →
New Mexico District Receives $2.7M Grant to Expand Walking School Bus Programs
See how a federal grant will help Albuquerque Public Schools expand supervised walking routes and improve student safety.
Read More →
Florida Inventor Creates Retractable 10-Foot Stop-Arm
A newly developed school bus safety device introduces a retractable barrier designed to deter illegal passing during student loading and unloading.
Read More →
