Category:902 Signals (MUTCD Part 4): Difference between revisions
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Traffic signals are electrically powered traffic control devices that warn or direct vehicular and pedestrian traffic to take some specific action. Traffic signals provide for the orderly assignment of right of way to conflicting traffic movements at intersections. | Traffic signals are electrically powered traffic control devices that warn or direct vehicular and pedestrian traffic to take some specific action. Traffic signals provide for the orderly assignment of right of way to conflicting traffic movements at intersections. | ||
Traffic signals are not a complete solution for traffic problems. Traffic signals can | Traffic signals are not a complete solution for traffic problems. Traffic signals can sometimes create additional congestion and cause additional delay to vehicles if improperly designed, installed, or maintained. Correctly designed and operated traffic signals installed at [[902.3 Traffic Control Signal Needs Studies (MUTCD Chapter 4C)| warranted locations]] will provide for the orderly movement of traffic, increase the intersection capacity, and in some instances, tend to reduce accidents. [[902.5 Traffic Control Signal Features (MUTCD Chapter 4D)#902.5.5 Coordination|Coordinating]] and [[902.5 Traffic Control Signal Features (MUTCD Chapter 4D)#902.5.36 Signal Timing|timing signals]] are very important. | ||
Traffic signals are listed on the [[121.3 The Statewide Transportation Improvement Program (STIP)|Statewide Transportation Improvement Program (STIP)]] in the description of the type of improvement if there is a probability of future signal control. If signals cannot be justified, they are to be eliminated from the program at the earliest possible date. | Traffic signals are listed on the [[121.3 The Statewide Transportation Improvement Program (STIP)|Statewide Transportation Improvement Program (STIP)]] in the description of the type of improvement if there is a probability of future signal control. If signals cannot be justified, they are to be eliminated from the program at the earliest possible date. | ||
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|[[media:900 Traffic Signals.pdf|Traffic Signals]] | |[[media:900 Traffic Signals.pdf|Traffic Signals]] | ||
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There are many aspects to be considered when inspecting construction quality and this article provides [[902.19 Construction Inspection Guidelines for Sec 902|construction inspection guidelines]] and [[902.20 Material Inspection for Sec 902|guidelines for material inspections]]. | There are many aspects to be considered when inspecting construction quality and this article provides [[902.19 Construction Inspection Guidelines for Sec 902|construction inspection guidelines]] and [[902.20 Material Inspection for Sec 902|guidelines for material inspections]]. | ||
[[Category:900 TRAFFIC CONTROL]] | |||
Latest revision as of 09:56, 6 January 2026

Traffic signals are electrically powered traffic control devices that warn or direct vehicular and pedestrian traffic to take some specific action. Traffic signals provide for the orderly assignment of right of way to conflicting traffic movements at intersections.
Traffic signals are not a complete solution for traffic problems. Traffic signals can sometimes create additional congestion and cause additional delay to vehicles if improperly designed, installed, or maintained. Correctly designed and operated traffic signals installed at warranted locations will provide for the orderly movement of traffic, increase the intersection capacity, and in some instances, tend to reduce accidents. Coordinating and timing signals are very important.
Traffic signals are listed on the Statewide Transportation Improvement Program (STIP) in the description of the type of improvement if there is a probability of future signal control. If signals cannot be justified, they are to be eliminated from the program at the earliest possible date.
| Traffic Pamphlet | |
| Traffic Signals | |
There are many aspects to be considered when inspecting construction quality and this article provides construction inspection guidelines and guidelines for material inspections.
Articles in "902 Signals (MUTCD Part 4)"
The following 28 pages are in this category, out of 28 total.
9
- 902.1 General (MUTCD Chapter 4A)
- 902.2 Traffic Control Signals (MUTCD Chapter 4B)
- 902.3 Traffic Control Signal Needs Studies (MUTCD Chapter 4C)
- 902.4 Design Features of Traffic Control Signals (MUTCD Chapter 4D)
- 902.5 Traffic Control Signal Indications (MUTCD Chapter 4E)
- 902.6 Steady (Stop-and-Go) Operation of Traffic Control Signals (MUTCD Chapter 4F)
- 902.7 Flashing Operation of Traffic Control Signals (MUTCD Chapter 4G)
- 902.8 Bicycle Signals (MUTCD Chapter 4H)
- 902.9 Pedestrian Control Features (MUTCD Chapter 4I)
- 902.10 Pedestrian Hybrid Beacons (MUTCD Chapter 4J)
- 902.11 Accessible Pedestrian Signals and Detectors (MUTCD Chapter 4K)
- 902.12 Rectangular Rapid Flashing Beacons (MUTCD Chapter 4L)
- 902.13 Traffic Control Signals for Emergency-Vehicle Access (MUTCD Chapter 4M)
- 902.14 Hybrid Beacons for Emergency-Vehicle Access (MUTCD Chapter 4N)
- 902.15 Traffic Control Signals for One-Lane, Two-Way Facilities (MUTCD Chapter 4O)
- 902.16 Traffic Control Signals for Freeway Entrance Ramps (MUTCD Chapter 4P)
- 902.17 Highway Traffic Signals at Toll Plazas (MUTCD Chapter 4R)
- 902.18 Flashing Beacons (MUTCD Chapter 4S)
- 902.19 Lane-Use Control Signals (MUTCD Chapter 4T)
- 902.20 In-Roadway Warning Lights (MUTCD Chapter 4U)
- 902.21 Designing a MoDOT Traffic Signal
- 902.22 Maintenance Guidelines
- 902.23 Traffic Signal Phasing and Operation
- 902.24 Traffic Control for Schools
- 902.25 Glossary
- 902.26 Construction Inspection Guidelines for Sec 902
- 902.27 Material Inspection for Sec 902
- 902.28 Laboratory Testing Guidelines for Sec 902