Satellite View
Why is Clifton exposed to this traffic pressure?From above, the issue starts with regional geography: I-64, rail, creek, terrain, large parcels, and limited crossings leave Clifton with fewer ways to absorb traffic.
Clifton Traffic Tour
Take the Clifton Traffic tour.
Choose a viewpoint. Each view tells the same traffic system from a different distance.
Helo View
Where does the flow get assigned?At corridor height, the key names are Story, Mellwood, Brownsboro, Frankfort, Payne, Spring, Baxter, and Pope. Control points and missing continuity decide where pressure lands.
Car View
Why do drivers choose the residential route?Behind the windshield, drivers respond to apparent directness, confusing or missing wayfinding, and intersection geometry. Some commit before the residential impact is obvious.
Resident View
What does the system feel like from a home?From a porch or front room, the system becomes noise, vibration, headlights, trucks, access delay, repeated yielding, and pressure on residential character.
Pedestrian / Bike View
What does the system feel like outside a car?On foot or bike, exposure is shaped by narrow streets, crossings, speed, sight lines, curb conflict, parked-car pinch points, and constrained blocks.
Implementation View
What can actually be changed?At the implementation table, the tools are concrete: signs, turn restrictions, all-way stops, humps, striping, chokers, islands, truck restrictions, and monitoring.
What each view reveals
The same problem changes shape as you move closer.
The high views explain why Clifton receives pressure. The street views explain how that pressure feels. The implementation view turns the diagnosis into signs, controls, routing choices, and monitoring.
Conceptual Layers
Layers are what kind of information you are looking at.
Streets
Volumes, direction, classification, width, parking, grade, and sight lines.
Barriers & Constraints
I-64, rail, topography, large parcels, one-way restrictions, and missing continuity.
Flow
Origins, destinations, route choices, control points, bottlenecks, and spillback.
Impacts
Noise, vibration, safety, access, historic character, and pedestrian comfort.
Solutions
Structural fixes, control-point changes, signs, restrictions, calming, monitoring, and accountability.