Every day there is a headline about the unprecedented investment in technology infrastructure. While many individuals are working on a counter-narrative or priority, one that claims that human connection is more important than ever, there is little to no investment in access infrastructure, namely, the connective tissue that enables people to be around each other, face-to-face. In fact, pupil transportation remains one of the most underfunded mandates in the U.S. education system in 2026.
While the total national expenditure for school buses exceeds $28 billion annually, the burden has shifted increasingly from state governments to local school districts. Almost every state provides some funding for pupil transportation, but local school districts pay for 60-70% of pupil transport out of local property taxes. This results in most school districts operating their own bus fleet and about a third of the 100 largest school districts contracting out at least a portion of pupil transportation (mostly in the northeast).
Transportation has always been a logistics challenge, but a handful of trends are making it more complex and more unwieldy.
Increasing Costs and Decreasing Utilization
In the last 20 years, total expenditures on student transportation have more than doubled. Even after adjusting for inflation, the cost per student transported has risen significantly. In 2005 the average per-pupil transportation cost was approximately $700, today it is over $1200 with some urban and specialized programs exceeding $2,500 per student. While the rise was steady, 2022–2024 saw the largest annual spikes (averaging 8–10% increases) due to fuel volatility and the need to aggressively raise driver wages to compete with private logistics firms like Amazon.
At the same time, shrinking enrollments have created a structural inefficiency in traditional school transportation. As districts lose students, the fixed cost of operating a bus network remains high while the number of students sharing those costs drops, leading to higher cost-per-pupil and lower utilization rates. This year, utilization rates hit a 10-year low dropping to roughly 50% nationally.
Even if a neighborhood loses 15% of its students, a district usually cannot simply “cut 15% of a bus.” They must still send a 72-passenger bus to cover the same geographic area to pick up the remaining students. As families move to more affordable outer suburbs (a key driver of urban enrollment decline), buses must travel further distances to pick up fewer students, leading to “empty miles.”
Parental “Opt-Out”: As reliability declines due to driver shortages, more parents are driving their children independently. In a September survey, 78% of parents say their children are typically driven in some way (further hollowing out bus utilization and worsening pickup/dropoff congestion).
Cost-Per-Pupil Is Up
Because these costs are fixed, shrinking districts are seeing their transportation spending rise much faster than growing districts. Districts with declining enrollment saw a 7.1% increase in per-student spending recently, nearly double the rate of districts with gaining enrollment. Maintenance, insurance, and depot staffing do not scale down linearly with enrollment. A district with 5,000 fewer students still needs the same-sized bus garage and specialized mechanics. Many districts use private contractors with “minimum hour” or “minimum route” guarantees. Even if a bus is only 20% full, the district pays the same daily rate for the vehicle and driver.
Special Needs Transport is Most Challenging
Special education and special needs (including Section 504) transportation are the highest-cost and lowest-reimbursement sectors of the transportation budget. Historically, the per-pupil cost for a student with an Individualized Education Program (IEP) or 504 plan is roughly 10 times higher than for a general education student ($1200-1400 vs $12,000 – $18,000+).
Costs are high because of:
- The “Deadhead” Problem: Specialized buses often travel long distances to pick up a single student (known as “unloaded miles” or deadhead).
- Personnel Density: Many IEPs require a bus monitor or nurse to be present. In these cases, the labor cost for one vehicle can be double that of a standard bus.
- Out-of-District Placements: Districts are legally required to transport students to specialized schools that may be miles away.
While almost all states provide some transportation aid, special education reimbursement is the most underfunded, often leaving districts covering 40%-60% of the cost from their local general funds. Section 504 receives virtually zero dedicated federal or state funding and Medicaid reimbursements for “medically necessary” services are rare.
To survive this financial pressure, districts are shifting away from traditional models:
- Alternative Student Transportation: 37% of districts now use companies like HopSkipDrive or EverDriven for SPED/504 routes. Even though the “per-mile” cost is high, it is cheaper than running a mostly-empty 24-passenger bus.
- Mainstreaming: Whenever safely possible, districts are “mainstreaming” students onto regular routes with specialized equipment to capture the efficiency of a high-capacity bus.
- Collaborative Cooperatives: Neighboring districts are increasingly sharing buses for out-of-district placements, so one bus can pick up three students from three different districts heading to the same regional special needs school.
The Shift to Electric Has Slowed
The first $3 billion of the EPA’s Clean School Bus Program (ESBP) spurred growth in electric buses from 1000 to over 5,100 (with orders for 14,000), transporting roughly 265,000 students daily.
An electric bus costs $350,000–$450,000, triple the price of a diesel bus ($120,000). The CSBP provided grants of up to $395,000 per bus, making them free to compare diesel for prioritized districts. ESBP is not likely to be renewed, but the remaining $2 billion (scheduled for award by the end of FY 2026) will continue momentum through 2026. Even if the CSBP is not renewed, the Inflation Reduction Act provides permanent “Direct Pay” tax credits of up to $40,000 per bus, which districts can claim indefinitely.
Electric buses save $2,000–$5,000 per year in fuel and maintenance ($0.22/mile vs $1/mile for diesel). However, without a grant to cover the higher initial outlay, it might take 10-15 years to break even.
The likely loss of federal adoption incentives means adoption will continue, but at a slower pace centered in specific states. Several states have made adoption mandatory. For example, New York requires all new bus purchases to be zero-emission by 2027, and Washington and California have similar 2035 targets.
A few districts are moving toward “Electric-as-a-Service”, where private companies (like Highland Electric) pay the upfront cost of the bus and infrastructure, and the district pays a flat monthly fee similar to what they currently spend on diesel and maintenance.
Scheduling Software is Improving Efficiency and Transparency
The transportation routing software market is dominated by a few legacy giants (Tyler, Transfiners, and Education Logistics). While these three handle the bulk of traditional districts, several other players are popular in specific niches:
- Busology Tech serves over 50% of the largest school districts in North America with a multi-calendar interface that handles complex student schedules.
- Samsara for K-12 is the fastest-growing player in the telematics and safety space. While often used alongside routing software, it is the most popular for real-time GPS, cloud-synced cameras, and “Stop Paddle” monitoring.
- Safe Fleet offers the popular “Here Comes the Bus” app, which provides parent-facing communication and ridership tracking.
- BusBoss is a routing software that integrates with leading SIS systems.
Most popular tools are no longer just digital maps; they now use AI to automatically adjust routes based on traffic patterns and driver shortages. Real-time location transparency has become a standard requirement for districts to reduce parent phone calls.
Strategic Shifts are Supporting Efficient Transport Choice
To combat inefficiency, districts are making several strategic shifts:
Buses for all: Routing every Opt-In Only: Requiring parents to “register”
eligible student by default. for a seat to avoid routing empty stops.
Uniform Fleet: Using 72-passenger Blended Fleets: Using rideshare (EverDriven/
buses for every route. HopSkipDrive/) for low-density routes.
Door-to-Door: Frequent stops Centralized Hubs: Consolidating stops at
close to homes. to maximize bus fill-rates
Rigid Boundaries: One district, Regional Cooperatives: Sharing bus depots
one fleet. with neighboring districts.
There are at least 15 cities with a unified enrollment system that use a single application and a common timeline to apply for both traditional public schools and charter schools. None of these cities have unified transportation, but a couple of cities are using three “proxies” to create a sense of unified transport:
- Public Transit: Instead of trying to coordinate school buses, cities like D.C. and Seattle make city buses, ferries and trains free for all people under 18. This is the only truly “unified” system available to charter and district students alike.
- DC SchoolConnect (Washington, D.C.): A unique city-run pilot that provides shared, van-based transportation specifically for students in certain high-need wards, serving both district and charter schools.
- Shared Contractors: In some cities, many different schools use the same giant contractor (like First Student). While the systems aren’t unified, the contractor might unofficially consolidate routes to save themselves money, though this rarely results in a “shared bus” for students..
Embarc Education, a Chicago organization dedicated to using the city as a classroom, teaches “Urban Orienteering,” a learning module that provides high school students with agency, navigation, and access to their city. To build fundamental literacy, the program intentionally strips away technology, requiring small teams to navigate a central business district using only paper maps and public transit cards to find cultural landmarks and complete interactive tasks. This challenge teaches critical skills like map reading, public transit literacy, and self-advocacy. By successfully navigating the city without reliance on smartphones, the module significantly boosts student confidence, shifting their mindset from being limited to their neighborhood to feeling empowered to access the entire city, which serves as a foundation for future professional journeys.
Could add some of the tab 14 stuff here
Creating Equitable School Choice
For students attending an in-district school of choice (like a magnet or a specialty academy), the availability of transportation is rising but not universal. About 85% of large urban districts provide transportation for specialized magnet or Career and Technical Education (CTE) programs, as these are viewed as district-wide assets.
For standard transfers (moving from one neighborhood school to another for non-specialized reasons), nearly 70% of districts require parents to provide their own transportation.
Dallas ISD is a national leader in transportation choice, particularly through its robust network of Magnet, P-TECH, and Career Institute programs. Dallas has refined a “hub-and-spoke” transportation model that allows students to access high-quality specialty programs regardless of their home ZIP code.
Strategic program location is key to equitable access across Dallas. There is a P-TECH (an accelerated career pathway) at each comprehensive high school and a Career Institute site in each quadrant of the city with mid-day shuttles providing access to half-day career and technical education.
Last year, DISD provided all elementary bus riders with a SmartRide Card to track when students board and exit a bus and provide parents with real-time notifications of their child’s location.
DISD spends about $72 million on transportation, about $2,000 per choice student (about 50% higher than the national urban average), with only 22% reimbursed by the state. The district views transported choice as an equity investment, ensuring that a student in a lower-income neighborhood in South Dallas has the same physical access to a P-TECH, CTE or Magnet program in North Dallas as a student living next door to the school.
Future Opportunities
Approximately 37% of U.S. school districts have already integrated alternative transportation (rideshare/small vehicles) into their fleets, with another 47% planning to do so within the next few years. HopSkipDrive reported supporting over 13,500 schools and 1,280 school districts as of late 2025—a 35% increase in school partnerships in just six months. EverDriven (the market leader) has approached a milestone of 2.5 million rides in California alone and serves over 800 districts nationwide.
The transition to autonomous pupil transportation remains a long-term vision. While the industry is aggressively adopting AI-assisted safety features, fully “driverless” school buses are unlikely to become widespread until the late 2030s.
A handful of districts are trialing Level 3 automation (where a driver is present but the bus handles most highway driving). Small shuttle pilots in cities like Austin and Denver are testing autonomous pods for “last-mile” school connections, but always with a safety steward on board.
Leadership Considerations
- With increasing demand for school choice and special services, transportation is a growing under-reimbursed expense for most school systems (at a time when enrollments are shrinking and budget pressures are mounting).
- Pupil transportation exhibits asymmetric risk with expensive edge cases and a lot that can go wrong. Nobody says thank you when all the kids get home safely on time.
- New schools, new public microschools, and new pathways create new learning opportunities but may create inequities. Being intentional about program location and transported choice is key to equity at scale–and the product of thoughtful design principles and community agreements.
- Over investment in programs and underinvestment in access?
- Virtual/Hybrid implications?
The post The Need For Investment in Human Infrastructure: Transportation appeared first on Getting Smart.