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LED Arrow Board dynamic visual guidance solution perfect for traffic control road construction and areas requiring enhanced visibility

LED Arrow Board dynamic visual guidance solution perfect for traffic control road construction and areas requiring enhanced visibility

Steady Fading Flashing LED Arrow Board

DC AC Solar LED Arrow Board

500 Meters Visibility LED Directional Arrow Sign

Place of Origin:

China

Brand Name:

Riminghuan

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Product Details
Weight:
3KG
Display Mode:
Steady, Fading, Flashing
Voltage:
DC6V
LED Color:
Red
Working Temperature:
-20℃~+60℃
Power Supply:
DC / AC / Solar
Visibility Distance:
Over 500 Meters
Material:
Aluminum Alloy Plate
Payment & Shipping Terms
Minimum Order Quantity
200 units
Price
USD 300/unit
Packaging Details
Packed in cartons, 1,150 units per 20-foot container
Delivery Time
30 work days
Payment Terms
L/C,T/T
Supply Ability
300 units per month
Product Description
Product Overview

The LED Arrow Board is a visual directional guidance device built around dynamic illuminated warning. It is engineered for road construction, traffic control, and low-visibility areas where clear, early direction cues are essential.

Compact and orderly in form, the unit features a centered red LED arrow, a crisp aluminum body, and a portable handle for quick on-site identification and deployment.

High-brightness red LEDs actively illuminate and remain clearly visible from over 500 meters. Three modes — Steady, Fading, and Flashing — are manually switchable. DC, AC, and solar multi-path power ensures 24/7 operation. The full aluminum body is rust-proof, waterproof, and fog-resistant, operating across a temperature range of -20℃ to +60℃. Four installation methods are supported, and the board is TMA compatible. Suitable for road construction, traffic control, low-visibility areas, mobile operations, and fixed sites.

LED Arrow Board with centered red LED arrow mounted on a portable aluminum frame
Appearance: Recognizable at a Glance, Reassuring at a Glance

The LED Arrow Board adopts a clean and robust industrial design language. The overall form is compact and orderly, with the red LED arrow centered and eye-catching. The aluminum body features crisp lines, conforming to the professional image of road warning equipment while enabling quick identification and deployment on site.

Centered Red LED Arrow — Clear Visual Focus

The front is centered on a large red LED arrow, with a clear and intuitive direction that is identifiable from a distance. Red naturally carries warning associations in road scenarios, and combined with high-brightness LED illumination, it creates a strong visual guidance effect.

Crisp Aluminum Body Lines — Strong Industrial Texture

Formed from one-piece bent aluminum plate, the body features clean, flowing lines with no obvious seams and a strong sense of unity. The surface undergoes anti-rust electrostatic spraying, presenting a uniform, fine matte texture that combines professional feel with weather resistance.

Compact and Orderly — Easy to Carry and Store

The overall form is compact and structurally orderly, occupying minimal space. With a portable handle, one person can carry it easily; it can be stored flat or upright for convenient vehicle loading and warehouse management.

Portable Handle and Concealed Mounting Structures

The handle blends naturally with the overall design, with balanced center of gravity for one-handed carrying. The four mounting structures — wall-mounted, hanging, independent placement, and vehicle-mounted — are simple and do not disrupt the overall appearance, keeping the body clean and tidy after installation.

Close-up of the LED Arrow Board aluminum body showing crisp lines and matte anti-rust finish
Portable handle and concealed mounting structure on the LED Arrow Board
Function: Making Danger Visible in Advance
Function 1: Advance Warning — Giving Reaction Time Back to Drivers

Deployed ahead of construction areas, the high-brightness red LED arrows are clearly identifiable from over 500 meters away, allowing fast-moving vehicles to learn about the work zone ahead in advance and calmly change lanes or slow down, reducing rear-end and intrusion risks at the source.

Function 2: Directional Guidance — Keeping Traffic Flowing Orderly Through Work Zones

Red arrows clearly indicate the direction of travel, guiding vehicles to detour or change lanes along the planned route, avoiding confusion caused by last-minute decisions near construction areas and improving on-site traffic efficiency.

Function 3: Dynamic Warning — Reinforcing Alerts According to the Scenario

Steady mode suits daytime or smooth traffic; flashing mode suits nighttime or complex road conditions; fading mode suits transitional sections requiring gentle warnings. Three modes are manually switchable, matching warning intensity to on-site needs and reducing driver visual fatigue.

Function 4: All-Weather Duty — No Failure in Harsh Weather

The aluminum body is rust-proof, waterproof, and fog-resistant; core circuits and battery box are independently sealed, operating across a wide temperature range of -20℃ to +60℃. With DC, AC, and solar multi-path power supply — connect to power where available, rely on solar where not — it keeps working in rain, snow, fog, and remote road sections.

Function 5: Rapid Deployment — Protection Ahead of Traffic

Weighing only 3KG with a portable handle, one person can carry and position it in seconds — no lifting equipment or multi-person coordination needed. Four installation methods enable rapid response for both temporary deployment and long-term fixed use.

Function 6: Extended Protection — From Single-Point Warning to Integrated Safety

Used with Truck-Mounted Attenuators (TMAs), it forms an integrated "Cushion + Warning" protection solution, providing a more complete safety barrier for work zones in high-risk environments such as highways and urban expressways.

LED Arrow Board deployed upstream of a road work zone providing advance warning to drivers
LED Arrow Board used with a truck-mounted attenuator for integrated cushion and warning protection
Appearance & Function Overview
Item Specific Performance
Appearance Compact and orderly; centered red LED arrow; clear visual focus
Body Lines One-piece bent aluminum plate; crisp lines; no obvious seams
Surface Texture Anti-rust electrostatic spraying; uniform, fine matte texture
Portable Handle Blends naturally with the body; balanced center of gravity for one-handed carrying
Mounting Structure Four concealed mounting designs; clean appearance after installation
Advance Warning Clearly identifiable from 500m+; ample reaction time for approaching vehicles
Directional Guidance Clearly indicates travel direction; orderly traffic flow
Dynamic Warning Three modes switchable by scenario; balancing effectiveness and comfort
All-Weather Duty Multi-path power + full aluminum protection; continuous operation in harsh weather
Integrated Protection Used with TMAs; upgraded from single-point warning to systematic protection
LED Arrow Board overview showing red LED arrow, aluminum body, and portable handle
Scenario Operations
Road Construction Scenario Operations

Deployed upstream of work zones, with positioning and warning modes adjusted according to construction progress. Use steady mode for daytime smooth traffic, and flashing mode for nighttime or complex sections. Move the board forward as construction advances to form a dynamic warning belt.

Traffic Control Scenario Operations

For temporary control sections, accident scenes, and around large events, deploy quickly to establish orderly traffic. Use flashing mode to reinforce warnings during accident handling, and steady mode for stable guidance during traffic diversion. Withdraw quickly once the task is complete.

Low-Visibility Scenario Operations

Switch to flashing mode automatically in rain, snow, fog, and at night to enhance long-distance recognition. Combined with multi-path power supply, ensure warnings are not interrupted during poor-visibility periods, continuously providing drivers with advance information.

Mobile Operations Scenario Operations

Mounted on maintenance, patrol, and rescue vehicles to provide dynamic accompanying warnings. Vehicle-mounted installation enables quick relocation, adapting to the pace of mobile operations such as road maintenance, patrol duty, and emergency rescue.

Fixed Construction Site Scenario Operations

Placed independently on the road surface for long-term duty at fixed locations. Steady mode provides stable guidance, and solar power reduces maintenance frequency — ideal for low-cost operation at long-term construction sites.

High-Risk Operations Scenario Operations

Used with Truck-Mounted Attenuators (TMAs) to form integrated "Cushion + Warning" protection. Warnings activate in sync when work vehicles are stationed; cushioning and long-distance guidance work in tandem, enhancing safety levels in high-risk scenarios such as highways.

LED Arrow Board in a low-visibility road scenario with flashing warning mode active
LED Arrow Board mounted on a service vehicle for mobile operations warning
Operations Overview
Scenario Deployment Method Mode Recommendation Operational Focus
Road Construction Upstream of work zone Steady by day / Flashing at night Move forward with construction progress
Traffic Control Ahead of control point Flashing for accidents / Steady for diversion Rapid deployment and withdrawal
Low Visibility Poor-visibility sections Flashing Ensure uninterrupted warnings
Mobile Operations Service vehicles Flashing Flexible relocation with vehicles
Fixed Construction Site Independent placement Steady Solar power for low maintenance
High-Risk Operations Used with TMAs Flashing Cushioning and warning in tandem
LED Arrow Board operations overview showing deployment methods across different work scenarios
Q&A
1. What scenarios is this product mainly used for?

Advance warning ahead of road construction, traffic control and accident scene management, low-visibility warnings in rain, snow, fog, and at night, mobile operations for maintenance, patrol, and rescue, long-term guidance at fixed construction sites, and integrated protection for high-risk operations such as highways.

2. Why is the 500-meter visibility distance important?

Fast-moving vehicles need sufficient distance from spotting a warning to completing a lane change. Being clearly identifiable from over 500 meters away gives drivers ample time to anticipate and react, reducing rear-end and intrusion risks at the source.

3. When should each of the three display modes be used?

Use steady mode for daytime smooth traffic, flashing mode for nighttime or complex road conditions, and fading mode for transitional sections. Switch manually via the body control panel to match warning intensity to work periods and traffic conditions.

4. What advantages does the aluminum body have over iron warning signs?

One-piece bent aluminum plate is sturdy and deformation-resistant; lightweight construction keeps the total weight at only 3KG for one-person handling; anti-rust electrostatic spraying is waterproof, rust-proof, and fog-resistant, preventing rust and damage during long-term outdoor use.

5. Can the device operate where there is no mains power on site?

Yes. DC, AC, and solar multi-path power supply with a built-in high-performance battery — connect to mains power where available, rely on solar where not — ensuring 24/7 continuous operation.

6. Will the device fail in harsh weather?

No. The aluminum shell is rust-proof, waterproof, and fog-resistant, and the core circuits and battery box are independently sealed, forming double protection for stable operation across a wide temperature range of -20℃ to +60℃.

7. How is the device deployed? Can one person operate it?

Weighing only 3KG with a portable handle, one person can carry and position it in seconds without lifting equipment. Supports four installation methods: wall-mounted, hanging, independent placement, and vehicle-mounted.

8. What is the role of using it with TMAs?

It forms an integrated "Cushion + Warning" protection solution, with cushioning and long-distance warning working in tandem — suitable for high-risk operations such as highways and urban expressways.

9. How are operations managed across different work scenarios?

Road construction: move forward with progress; traffic control: rapid deployment and withdrawal; low visibility: switch to flashing; mobile operations: relocate with vehicles; fixed sites: steady mode + solar for low maintenance; high-risk operations: coordinated protection with TMAs.

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