FLHSMV Data Analysis: Bicycle Deaths Up Nearly 50% in Florida Since COVID

U.S. e-bike sales more than quadrupled between 2019 and 2022, with 2025 imports exceeding 2 million units, a 24% year-over-year jump.

While Florida does not yet publish statewide e-bike sales totals, local infrastructure metrics strongly suggest this national shift hit the state hard. When Pinellas County transitioned its municipal bike-share system to a fully electric fleet in 2023, ridership more than doubled compared to its pedal-bike era. Concurrently, Forward Pinellas recorded a 60% spike in trail usage starting in 2020, sustaining over 2 million annual users post-COVID. Further south, a Sanibel Island study reported a 92% surge in e-bike traffic between 2024 and 2025.

The conclusion is clear: Florida experienced a massive influx of electric bikes during the exact same window that bicycle casualties spiked. Because current state crash data merges e-bikes with traditional pedal bicycles, the statewide surge in “bicycle” injuries and fatalities must be analyzed through the lens of this e-bike boom.

Recognizing this critical data gap, the Florida Legislature recently intervened. This report arrives just as Florida prepares to collect its first true e-bike crash data, meaning current decisions are being made without a complete picture.

The 2026 E-Bike Act (formerly Senate Bill 382) mandates Florida’s first systematic tracking of e-bike crashes. The law requires the Florida Highway Patrol and local law enforcement agencies to record granular data on every micromobility crash they investigate, including incidents that would not normally trigger a standard long-form crash report.

Officers must now record:

• E-bike classification (Class 1, 2, or 3)
• Operator age and driver’s license status
• Standard crash logistics (date and time)

This establishes a strict data pipeline. Local agencies must submit their records to FLHSMV by October 15, 2026, culminating in a statewide analytical report for the Governor and Legislature by October 31.

The legislative intent is explicit: build an empirical foundation to regulate e-bikes.

This study hypothesizes that a significant portion of Florida’s post-COVID bicycle casualty surge is driven directly by e-bikes. Until the new statewide data framework arrives, researchers must rely on indirect indicators, severity trends, geographic patterns, and local usage signals,  to isolate the role e-bikes play in statewide crash outcomes.

Florida is effectively operating without clear e-bike crash data even as usage and injuries rise in parallel.

Although state data does not yet isolate e-bikes, Florida’s aggregate bicycle crash records show a clear break from historical trends. Injuries were relatively stable during the 2017–2019 pre-COVID baseline, but rose sharply in the 2022–2025 period, with fatalities increasing even more dramatically.

This pattern points to a structural shift in exposure, device mix, rider behavior, or a combination of these factors.

Interpretation

Injuries increased faster than population, while fatality rates rose even more sharply,  indicating not just more crashes, but more severe ones.

Compared to the 2017–2019 baseline, average annual injuries jumped 32% in 2022–2025. Fatalities spiked even more dramatically, rising from approximately 148 per year to more than 216 annually.

FLHSMV’s “bicycle” category is not a catch-all for broad micromobility devices. Official crash materials separately define “Other Non-Motorist” and explicitly exclude scooters and similar devices from the “Bicycle” definition.

This distinction is critical: the post-COVID casualty surge cannot be dismissed as a generic influx of e-scooters. The trend reflects a rise in bicycle and e-bike incidents.

The surge in post-COVID bicycle casualties is not evenly distributed statewide. Instead, it is heavily concentrated in a distinct coastal cluster led by Monroe and Pinellas counties, followed by Martin, Collier, Sarasota, Broward, Brevard, Bay, Volusia, and Palm Beach.

Florida’s largest counties do not automatically post the highest rates once adjusted for population. This indicates the post-COVID spike is not simply a byproduct of raw population growth or generic urban density.

The data strongly suggests a specific exposure model: e-bikes layering onto pre-existing bicycle traffic in counties with robust trail networks, high visitor volumes, older demographics, and coastal recreation economies.

While current FLHSMV data cannot definitively prove e-bikes caused the majority of this increase, the alignment of geography, timing, and local infrastructure reports positions the e-bike boom as the most plausible leading driver of the casualty surge.

The pattern points away from density and toward exposure, where and how people are riding has changed.

Among Florida’s highest injury-rate counties, a smaller group stands out for combining both high crash volume and elevated fatality rates.

Pinellas County is the clearest large-market signal, pairing substantial injury volume with a fatality rate that exceeds many peer counties. Collier, Sarasota, and Bay Counties also show elevated fatality rates relative to their size.

This pattern shows the surge is not confined to a handful of hotspots.  It appears across both high-density and high-exposure environments. That suggests a structural shift rather than an isolated anomaly.

Beyond Raw Population

Raw crash totals and per-capita risk tell fundamentally different stories. Florida’s largest counties dominate total incidents, but when adjusted for population, Monroe and Pinellas separate clearly from the field.

High-volume counties do not consistently produce the highest per-capita injury rates, indicating that exposure, not just scale, is driving outcomes.

Demographically, these counties skew older and less youth-heavy than the rest of Florida, aligning with an exposure model dominated by leisure riding, amenity-rich environments, trail systems, and mixed visitor/resident traffic.

These are precisely the conditions where e-bikes would most plausibly expand total riding volume and alter crash-speed dynamics.

Beyond Volume: Increasing Severity and Fatalities

Tracking fatalities is crucial because it indicates whether bicycle crashes are merely becoming more frequent or if they are becoming more severe.

Across the core study window, Florida’s statewide fatality rate rose even faster than the injury rate. While the severity trend is not perfectly linear, the post-COVID baseline remains significantly more lethal than the pre-COVID baseline.

Among counties with meaningful bicycle volume, Monroe again stands apart. Pinellas also remains prominent, which matters because it is large enough that its results cannot be dismissed as small-county noise.

Collier, Lee, Hillsborough, and Palm Beach also show elevated or sharply rising fatality rates relative to the pre-COVID baseline.

This suggests that some parts of the state are experiencing not just more bicycle injuries, but more lethal ones.

Monroe County: Constrained Geography and Heavy Visitor Exposure

Monroe posts the dataset’s highest post-COVID injury rate and the highest fatality rate among counties meeting the report’s meaningful-volume screen.

While resident-based denominators can mathematically overstate the burden in tourism-heavy regions, Monroe’s underlying structural factors strongly support an e-bike-driven exposure model.

Elevated Baseline Risk

The Florida Department of Health notes Monroe has a disproportionately high rate of bicycle commuters and ranks among the state’s highest for bicycle fatalities.

Path Infrastructure

County transportation heavily relies on the U.S. 1 corridor and the continuous Florida Keys Overseas Heritage Trail where state parks explicitly permit e-bike usage.

Visitor Volume

High visitor traffic characterized by long average stays and elevated hotel occupancy creates massive non-resident cycling exposure.

Official Intervention

Local authorities are actively responding to this shift, evidenced by implementation of dedicated “E-Bike and Motorized Scooters” safety guidance and path speed restrictions.

Pinellas provides the state’s strongest large-county signal, combining extreme crash volume with severe per-capita rates.

In the post-COVID period, Pinellas averaged more than 680 injuries annually, driving a resident-adjusted injury rate more than twice that of Miami-Dade County.

Lethality also surged, with average annual fatalities increasing substantially compared to the pre-COVID baseline.

This localized casualty spike correlates directly with documented rapid e-bike expansion.

Saturated Infrastructure

Automated trail counters indicate a massive active transportation environment, and Pinellas Trail rules explicitly classify legal e-bikes as traditional bicycles.

Ridership Spikes

Following St. Petersburg’s transition to an all-electric municipal bike-share fleet in 2023, ridership more than doubled compared to the final pedal-bike year.

Ultimately, Pinellas exemplifies a structural exposure shift: high baseline bicycle demand, expansive trail networks intersecting major roadways, and a massive influx of e-bikes.

If Florida’s broad “bicycle” casualty category is absorbing the legal e-bike surge, Pinellas County serves as the state’s clearest leading indicator.