Dangerous Intersections’ Impact on Personal Injury Claims

In my years representing injured Roanoke drivers and their families, certain intersections come up again and again. Clients describe the same corners, the same ramps, the same stretches of road, and when I pull the crash data, it confirms exactly what they experienced: these are not random locations. They are predictable, documented, chronic trouble spots that have bearing on personal injury claims for injuries sustained from an accident at one of the locations. More importantly, Roanoke and Salem drivers should be aware of the historical danger of these locations and drive through with extra care and caution to keep our families and community safe.

Roanoke Car Accident Injury Statistics

Virginia’s Traffic Records Electronic Data System (TREDS) is the state’s centralized crash database maintained by the Virginia DMV Highway Safety Office that allows us to map exactly where those crashes cluster. It captures every reported crash with GPS-validated location data, allowing direct comparison of intersections across the Roanoke Valley by crash volume, injury count, and severity. According to TREDS crash records for Roanoke City and Roanoke County for the full calendar year 2024, cross-referenced against the Virginia DMV’s 2024 Traffic Crash Facts report, the 10 most dangerous intersections for car accidents in Roanoke include:

1. Orange Avenue and Williamson Road NE
2. Electric Road and Apperson Drive / Lynchburg Turnpike
3. Main Street / Lakeside Plaza, Wildwood Road, and Thompson Memorial Drive (Salem)
4. Hershberger Road / I-581 Exit / Valley View Boulevard
5. Main Street and 4th Street / College Avenue (Salem)
6. Orange Avenue / 8th–10th Street and Granby Street
7. Electric Road and Tanglewood Mall / South Peak Boulevard
8. Main Street / Poplar Avenue and Goodwin Avenue (Salem)
9. Hershberger Road and Williamson Road
10. Orange Avenue / Blue Hills Drive and Mexico Way NE

According to that report:

• Roanoke City recorded 2,092 crashes, 774 injuries, and 9 fatalities in 2024. 
• Roanoke County recorded 1,349 crashes, 552 injuries, and 7 fatalities. 
• Salem City recorded 498 crashes, 178 injuries, and 1 fatality. 

Combined, the greater Roanoke Valley saw more than 3,900 crashes and over 1,500 injuries in a single year. The City of Roanoke has responded with a Vision Zero commitment, adopted in December 2020, pledging to eliminate all traffic fatalities and serious injuries by 2035.

Legal Implications

These intersections are not just traffic statistics. For anyone injured in a crash at one of these locations, the documented crash history at that intersection is potentially relevant evidence in a personal injury claim.

When a dangerous intersection has a recorded history of dozens of crashes and repeated injuries, that history is potentially relevant evidence in a personal injury claim. It may speak to the conduct of other drivers, patterns of inattention, speeding, or impairment that recur at the same location. Every good injury attorney should investigate the full picture, not just what the driver did in a single moment, but the pattern of conduct that makes certain locations dangerous.

Virginia’s contributory negligence rule makes this investigation critical. 

Virginia follows a strict contributory negligence standard. If you are found even partially at fault for a crash, it can bar your recovery entirely in many cases. Virginia law does recognize exceptions, including the last clear chance doctrine and the willful and wanton negligence exception, which can allow recovery even when a plaintiff bears some fault. But those exceptions require evidence, and evidence disappears quickly after a crash.

Building a clean liability case before witnesses forget and physical evidence is lost requires an attorney who knows how to use crash data and prior incident records to establish what happened and who was responsible. That investigation needs to start immediately.

Virginia’s statute of limitations gives most personal injury victims two years from the date of the crash to file a claim. If you were injured at one of these intersections, do not wait to understand your options.

A Note on Interstate Highways

I-81, I-581, and US-220 are not included in the intersection rankings above because TREDS data does not reliably pinpoint the location of crashes with a named cross street or exit ramp. In 2024, more than 99% of crashes recorded on I-81 and I-581 did not occur at a cross street or ramp. However, the numbers on these corridors are significant and worth stating plainly:

• I-81 through Roanoke County recorded 292 crashes, 67 injuries, and 1 fatality in 2024. 82 of those crashes were speed-related, the highest speed-related count of any road in the dataset.
• I-581 through Roanoke City recorded 138 crashes and 33 injuries in 2024, 29 speed-related.
• US-220 through Roanoke City recorded 76 crashes and 32 injuries in 2024.
• I-81 through Salem City recorded 41 crashes and 14 injuries in 2024.

These corridors collectively account for more than 500 crashes in a single year across the Valley. If you are involved in a crash on one of these interstates, the same legal principles apply, even though the data needed to rank exact “hot spots” is not available.

Full Report: 10 Most Dangerous Intersections in Roanoke Valley

1 – Orange Avenue (US-460) and Williamson Road NE

43 crashes · 13 injuries · 0 fatalities · 0.30 injuries per crash
Zone includes: Orange/Williamson exact intersection + King St (east approach) + Hollins Rd (west approach) + Burrell St (service connector) — all within the same signal complex

Orange Avenue and Williamson Road is the most crash-dense named intersection in the Roanoke Valley. In 2024, this intersection zone recorded a Roanoke-high 43 crashes, confirming the Roanoke Police Department’s longstanding designation of it as the city’s most dangerous.

The zone covers not just the main signal at Williamson Road but the immediate approaches: King Street to the east, Hollins Road to the west, and Burrell Street, the short service connector between them. All are part of the same signal complex and generate crashes from the same cause: this node handles some of the highest combined traffic volumes in northeast Roanoke, and the road geometry is not adequate for that volume.

What the numbers also reveal is that Orange/Williamson, for all its crash volume, has a relatively moderate injury rate: 13 injuries from 43 crashes, or one injury per three crashes. The dominant crash pattern here is congestion-driven: rear-ends and low-speed angle collisions produced by frustrated drivers navigating multiple signal cycles. Three alcohol-related crashes were recorded at this zone in 2024. Historically, pedestrians have been killed here, and the intersection’s pedestrian crossing demand remains high at a location not well designed to accommodate it.

Why it matters: Two of northeast Roanoke’s highest-volume arterials converge here. High traffic volume, commercial truck traffic, and multiple signal cycles create conditions where inattentive or aggressive driving produces crashes with regularity. Drivers should treat this intersection with heightened awareness at all hours, not just during peak commutes.

2 –  Electric Road (Route 419) and Apperson Drive / Lynchburg Turnpike

42 crashes · 13 injuries · 0 fatalities · 0.31 injuries per crash
Zone: Electric Rd at Apperson Dr (11 crashes bidirectional), Lynchburg Tpke (7), Braeburn Dr (4), Roanoke Blvd (3), Springfield Ave, Dalewood Ave — the Route 419 / I-81 exit area in Salem

The second most crash-dense intersection zone in the Valley is in Salem, where Route 419 (Electric Road) meets the cluster of roads at the city’s primary I-81 interchange area at Apperson Drive, Lynchburg Turnpike, Braeburn Drive, and Roanoke Boulevard. Together these access points generated 42 crashes in 2024, just one fewer than Orange Avenue and Williamson Road.

This is the Salem segment of the same Route 419 corridor that generates multiple dangerous intersections through Roanoke County, and it is where I-81’s Salem exit system feeds onto the surface road network. The interchange between I-81 and Route 419 in Salem is captured here through the surface road data rather than through blank interstate records, which is why it can be ranked. Apperson Drive and Lynchburg Turnpike are the two primary roads accepting traffic from the I-81 exit, and they account for 18 of the zone’s 42 crashes between them.

The injury rate (0.31) is consistent with a high-volume access-conflict zone: frequent crashes but predominantly lower-severity. The data reflects what happens when drivers transition from interstate speeds to surface road conditions without adequate adjustments.

Why it matters: Drivers exiting I-81 onto Route 419 need to adjust quickly to surface road speeds and traffic patterns. This zone demands full attention during that transition. Failing to match the pace of surrounding traffic or misjudging gaps while turning accounts for the majority of crashes recorded here.

3 –  Main Street / Lakeside Plaza, Wildwood Road, and Thompson Memorial Drive (East Salem)

35 crashes · 14 injuries · 0 fatalities · 0.40 injuries per crash
Zone: Main St at Lakeside Plaza (6 crashes), Wildwood Rd (4), Turner Rd (4), Thompson Memorial Dr (3), Spartan Dr (3), Diuguids Ln (2), Lewis Ave (2) — eastern Main St commercial zone

East Salem’s Main Street commercial corridor from the Lakeside Plaza shopping center entrance east through Wildwood Road, Thompson Memorial Drive, and Turner Road generated 35 crashes in 2024, the third-highest total in the Valley. Main Street is Salem’s dominant arterial, recording 140 crashes along its full length in 2024, and this eastern commercial stretch is its most crash-concentrated section.

The injury rate of 0.40 per crash is moderate, consistent with a retail access pattern: frequent stops and turns generate conflicts that are often lower-speed but produce real injuries with meaningful frequency. Lewis Avenue in particular contributed 2 crashes with 2 injuries, a high-severity ratio for a small access point.

Why it matters: The density of retail access along this stretch of Main Street means drivers are constantly entering and exiting traffic at multiple points. Through-traffic drivers need to anticipate sudden stops and lane changes. Drivers entering or exiting retail areas need to be fully off their phones and attentive to traffic speed before making any movement.

4 – Hershberger Road / I-581 Exit / Valley View Boulevard

34 crashes · 14 injuries · 0 fatalities · 0.41 injuries per crash
Zone includes: Hershberger Rd at Ordway Dr (9 crashes), Bean St (7), Rutgers St (7), Ferncliff Ave + Valley View Blvd exit road — all within ~0.3 miles of the I-581 Valley View exit ramp

The second-most crash-dense intersection zone in the Roanoke Valley rarely gets public attention, and that gap between documented danger and public profile is a problem worth naming directly. The Hershberger Road interchange at I-581’s Valley View exit generated 34 crashes in 2024, driven by the same structural problem at each access point: I-581’s Valley View exit deposits high interstate volumes onto a surface road that cannot cleanly absorb them.

Ordway Drive, Bean Street, and Rutgers Street all intersect Hershberger Road within approximately 0.3 miles of the exit ramp. Valley View Boulevard is the exit road itself. Together they form one of the densest crash clusters in the city, a location that handles the collision of interstate-speed expectations with neighborhood-scale road geometry.

In April 2024, a fatal crash occurred nearby at Hershberger Road and Delray Street, involving speed, alcohol, and a pedestrian simultaneously. Hershberger Road as a whole corridor recorded 129 crashes and 60 injuries in 2024 (the fourth-highest corridor total in the city) driven primarily by this interchange cluster and the Williamson Road node ranked below it.

Why it matters: Drivers exiting I-581 at Valley View carry interstate speeds onto a surface road with multiple access points in quick succession. This stretch requires immediate deceleration and sustained attention. Speed and inattention are the consistent factors behind crashes in this corridor.

5 – Main Street and 4th Street / College Avenue (Downtown Salem)

34 crashes · 19 injuries · 0 fatalities · 0.56 injuries per crash
Zone: Main St / 4th St exact (6 crashes) + 4th St / Union St (5) + 4th St / College Ave (4) + College Ave / 8th St (2) — downtown Salem south node

Downtown Salem’s most dangerous intersection cluster is the node where Main Street meets 4th Street, and where 4th Street then crosses Union Street and College Avenue in a tight pattern of consecutive signals. Together these downtown Salem signals generated 34 crashes and 19 injuries in 2024, a notably higher injury rate (0.56 per crash) than most high-volume zones in this article.

Six speed-related crashes were recorded here in 2024, the highest speed-related count of any Salem intersection. That is an unusual characteristic for a downtown grid environment and suggests that some drivers are approaching this area at speeds inconsistent with the signal spacing. Two alcohol-related crashes were also recorded.

Why it matters: Speed is the primary driver of injury severity at this location. Drivers who treat downtown Salem’s signals as open road rather than active pedestrian and turning-vehicle environments are the consistent cause of the injury rate recorded here. Slow down and expect the unexpected at every signal in this cluster.

6 – Orange Avenue / 8th–10th Street and Granby Street (Downtown Gateway)

33 crashes · 10 injuries · 0 fatalities · 0.30 injuries per crash
Zone includes: Orange Ave at 8th St, 10th St, Granby St, and 5th St — four consecutive signals at the western downtown entry

As Orange Avenue approaches downtown from the northeast, it narrows and transitions from arterial to city grid across four consecutive signals at Granby Street, 8th, 10th, and 5th Streets generating 33 crashes in 2024. This is the third-highest intersection zone total in the Valley.

Four speed-related crashes were recorded in this cluster, which is notable for a zone that is primarily congestion-driven. The injury rate is relatively low at 0.30 per crash, consistent with a transition zone where crashes are frequent but typically lower-energy. The volume makes it one of the most reliably dangerous stretches any driver entering downtown Roanoke from the east will encounter.

Why it matters: The approach to downtown requires drivers to reduce speed and adjust lane position across a short distance. Drivers who do not anticipate the lane narrowing and signal frequency, or who are distracted during the transition, account for the consistent crash volume recorded here.

7 – Electric Road (Route 419) and Tanglewood Mall / South Peak Boulevard

30 crashes · 8 injuries · 0 fatalities · 0.27 injuries per crash
Zone includes: Electric Rd at South Peak Blvd (13 crashes), Bernard Dr (7), Chaparral Dr (7), and Tanglewood Mall access drives — all within ~0.3 miles of mall frontage

The highest crash total in Roanoke County belongs to the Tanglewood Mall area of Route 419, where South Peak Boulevard (the mall’s main entrance), Bernard Drive, Chaparral Drive, and several direct mall access drives converge along approximately 0.3 miles of Electric Road. Together these access points generated 30 crashes in 2024.

The low injury rate (0.27 per crash) reflects the nature of the crash pattern here: predominantly lower-energy access conflicts and rear-ends produced by the constant stop-and-start of retail traffic. These are not catastrophic crashes individually. But 30 in a single year at a single interchange node, driven entirely by the volume of drivers entering and exiting one retail development, represents a concentration of preventable danger that every Roanoke County driver encounters routinely.

Route 419 carries approximately 40,000 vehicles per day through this corridor, per VDOT, and Roanoke County has active VDOT improvement projects specifically targeting Route 419 safety along this stretch.

Why it matters: Retail traffic produces constant stop-and-start patterns that drivers in the through lane do not always anticipate. The crash record here is driven by inattention: drivers following too closely, failing to account for vehicles slowing to turn, or entering Route 419 from mall access points without fully yielding to traffic. This zone requires patience and following distance.

8 – Main Street / Poplar Avenue and Goodwin Avenue (Downtown Salem Central)

30 crashes · 4 injuries · 0 fatalities · 0.13 injuries per crash
Zone: Main St at Poplar Ave (10 crashes), Goodwin Ave (7), Bruffey St (5), Wells St (5), Broad St (3) — downtown Salem central signal cluster

Downtown Salem’s central Main Street corridor (at Poplar Avenue, Goodwin Avenue, Bruffey Street, and Wells Street) recorded 30 crashes in 2024. Poplar Avenue alone generated 10 crashes, the highest single cross-street total on any Salem intersection.

This zone has the lowest injury rate of any location in this article (0.13 per crash; fewer than 1 in 8 crashes produced an injury), which tells an important story: these are overwhelmingly lower-energy fender-benders in a downtown environment where speeds are low and conflicts are frequent but typically not severe. Two pedestrian-involved crashes were recorded here, consistent with the high foot-traffic character of Salem’s downtown core.

The volume warrants attention even if the severity is low. 30 crashes at a cluster of downtown signals affects real drivers every week. Two alcohol-related crashes were recorded here in 2024.

Why it matters: Low injury rates should not create complacency. Pedestrian exposure at these central downtown signals is significant, and two alcohol-related crashes in a single year at one cluster is a meaningful figure. Drivers need to treat pedestrian crossings here as active at all times.

9 – Hershberger Road and Williamson Road

28 crashes · 23 injuries · 1 fatality · 0.82 injuries per crash
Zone includes: Hershberger/Williamson exact intersection + Delray St (fatal, April 2024) + Hildebrand Rd + Liberty Rd approach

Approximately one mile east of the Valley View interchange, Hershberger Road meets Williamson Road at a node that is independently one of the most dangerous in the city, and by the measure that matters most to injured drivers, is the worst intersection in Roanoke City.

In 2024, this zone recorded 28 crashes with 23 injuries (an injury rate of 0.82 per crash, highest of any intersection zone in the city dataset). Nearly four out of five crashes at this location injure someone. The April 2024 fatal crash at Hershberger Road and Delray Street involving speed, alcohol, and a pedestrian occurred at the western edge of this zone. Four speed-related crashes were recorded here in 2024.

The distinction between this entry and #4 is important: the Hershberger / I-581 / Valley View cluster and the Hershberger / Williamson node are the same road separated by approximately one mile. They are distinct intersections with different crash profiles. The Valley View cluster is a volume problem. This is a severity problem. Together, the full length of Hershberger Road between I-581 and Williamson Road functions as the most consistently dangerous road segment in Roanoke City, both ends independently ranking in the top 10 intersection zones in the Valley.

Why it matters: Speed and inattention are the defining factors at this location. Drivers arrive at this intersection carrying momentum built over a long approach, and the consequences when a crash occurs are severe. This is a location where slowing down and eliminating distractions before you arrive, not after you see the light, is the difference between a close call and a serious injury.

10 – Orange Avenue / Blue Hills Drive and Mexico Way NE

27 crashes · 21 injuries · 0 fatalities · 0.78 injuries per crash
Zone includes: Orange Ave at Blue Hills Dr (8 crashes, 8 injuries), Mexico Way (5, 6 injuries), 18th St, 19th St, Lynn Brae Dr

This section of Orange Avenue in northeast Roanoke (the 18th–20th Street area where Blue Hills Drive and Mexico Way intersect) is the most injury-severe zone on the entire Orange Avenue corridor and one of the most dangerous intersections in the city by any severity measure. In 2024, it produced 21 injuries from 27 crashes, a rate of 0.78 per crash (the second-highest injury rate of any city intersection zone).

Blue Hills Drive alone recorded 8 crashes with 8 injuries and a 1.0 injury rate, meaning every crash at that single access point in 2024 injured someone. Mexico Way produced 5 crashes and 6 injuries. These are not low-speed congestion collisions. The pattern reflects higher-energy angle impacts produced by left-turn conflicts across a high-speed arterial.

This location rarely appears in public discussions of Roanoke’s dangerous intersections. The data places it clearly among the top six most dangerous locations in the Valley.

Why it matters: Left turns across high-speed traffic are among the most dangerous maneuvers a driver can make, and they account for the injury severity recorded here. Drivers making left turns onto or off of Orange Avenue at Blue Hills Drive and Mexico Way must treat oncoming traffic speed as a serious hazard and not attempt a turn without a clear and certain gap.

Data Sources

• Virginia DMV Traffic Records Electronic Data System (TREDS): dmv.virginia.gov/safety/crash-data/traffic-records-electronic-data-system
• Virginia DMV Traffic Crash Facts 2019-2023: dmv.virginia.gov/safety/crash-data/traffic-crash-facts
• VDOT Public Crash Data / Virginia Roads: virginiaroads.org
• City of Roanoke Vision Zero: roanokeva.gov/3060/Vision-Zero
• Roanoke County Safe Streets and Roads for All: roanokecountyva.gov/3055/Safe-Streets-and-Roads-For-All
• Virginia DMV Crash Map (Roanoke Times): https://roanoke.com/news/local/virginia-dmv-releases-interactive-crash-map/article_ea1887a3-7686-5cdf-81c0-72272ae107b3.html

Each intersection zone is defined to reflect the actual geographic footprint of that intersection’s traffic influence including immediate approach roads and access points generating crashes directly attributable to that intersection’s dynamics. Cross streets more than a quarter-mile apart are treated as separate intersections. TREDS location data reflects only GPS-validated crash records; crashes without valid coordinates are excluded, so actual intersection totals are likely somewhat higher thant the figures show. 

This article is for informational purposes only and does not constitute legal advice. Results in individual cases depend on the specific facts and circumstances. Last updated: April 2026.