Forward Throw LED Wall Packs
- 60%+ energy reduction with 50,000+ hour lifespan eliminates maintenance costs
- Forward throw optics eliminate light waste and ensure code compliance
- IP65/IK08 rated housings withstand harsh weather and vandalism attempts
Get Your Custom Lighting Plan With Product Recommendations
- Strategic Placement Design for Maximum Forward Projection & Perimeter Security Coverage
- Precise Wattage Selection & Beam Angle Calculations for Target Distance Requirements
- Optimize Light Spillage Control & Dark Sky Compliance While Maximizing Safety
Our Forward Throw LED Wall Packs include wall-mounted outdoor fixtures with outward-projecting optics for broad exterior coverage. Also called flood wall packs, these fixtures direct light away from the building toward areas several feet or more from the wall. Available models vary by wattage, lumen output, beam angle, forward throw distribution, voltage, mounting height, and fixture spacing. Product options may include photocells, motion sensors, 0-10V dimming, and selectable wattage. Wet-location ratings, IP ratings, IK ratings, fixture construction, and corrosion exposure specifications vary by model. Selected products carry UL, ETL, or CSA safety listings, and many models are DLC or DLC Premium listed.
Common applications for these fixtures include parking areas near buildings, drive aisles, loading areas, dock aprons, staging areas, and exterior work zones. Forward throw wall packs are also installed along building perimeters, service doors, side yards, access routes, walkways, entrances, and exterior security zones. Their outward distribution covers parked vehicles, pedestrian routes, truck approaches, yards, and other areas positioned away from the building line. Available beam distributions include broader coverage for wider areas and more focused optics for long, narrow exterior spaces.
LED Forward Throw Wall Packs for Wide Exterior Coverage
LED forward throw wall packs are wall-mounted outdoor fixtures designed to project light outward from a building. They are commonly used along parking areas, drive aisles, building perimeters, loading areas, walkways, and exterior security zones where light needs to reach farther away from the wall.
Unlike traditional LED wall pack lights that may place a large amount of light directly below the fixture or back onto the building, forward throw wall packs use optics that push light outward across the site. This makes them useful when the fixture must be mounted on a wall, but the coverage area is several feet or more away from the building.
Forward throw wall packs are also sometimes called flood wall packs because they provide broader outward coverage than many full cutoff or standard wall pack styles. The best choice depends on mounting height, fixture spacing, beam distribution, lumen output, voltage, controls, and how far the light needs to project from the building.
Selection and Installation Note: Product specifications, wattage, lumen output, beam angle, forward throw distribution, voltage, photocell compatibility, motion sensor options, dimming, IP rating, IK rating, certifications, and warranty coverage vary by model. Confirm the selected product specification before ordering. For exterior wall-mounted lighting, electrical upgrades, parking areas, security lighting, code-sensitive applications, or safety-critical spaces, verify requirements with your local inspector or a licensed electrical professional.
Where Forward Throw Wall Packs Work Best
Forward throw wall packs are a good fit when the building wall is the best available mounting location and the goal is to illuminate an area in front of the building. They are often used where poles are not available, not practical, or not desired.
| Application | Why Forward Throw Helps |
|---|---|
| Parking areas near buildings | Projects light outward from the wall toward parked vehicles, pedestrian routes, and drive aisles. |
| Loading areas | Helps illuminate truck approaches, dock aprons, staging areas, and exterior work zones. |
| Building perimeters | Supports visibility around exterior walls, service doors, side yards, and access routes. |
| Security lighting | Can improve visibility for cameras, staff movement, and after-hours activity around the building. |
| Walkways and entrances | Provides outward coverage where pedestrians move away from the building line. |
Forward Throw vs Standard Wall Packs
Forward throw wall packs are not the right choice for every wall-mounted lighting project. If the goal is to light the area directly below the fixture or reduce upward and outward spill, another wall pack style may be a better fit.
| Fixture Style | Best Used When |
|---|---|
| Forward throw wall pack | You need light projected outward from the building toward parking, drive aisles, yards, or perimeter areas. |
| Standard wall pack | You need general wall-mounted exterior lighting around doors, walls, service areas, or smaller exterior zones. |
| Full cutoff wall pack | You need more controlled downward light with reduced uplight and better light-trespass control. |
| Semi-cutoff wall pack | You need a balance of downward and outward light where strict cutoff is not required. |
How to Choose a Forward Throw Wall Pack
Choose a forward throw wall pack based on the distance and width of the area you need to cover. Wattage is only one part of the decision. Mounting height, lumen output, beam distribution, fixture spacing, glare, and controls all affect the result.
- Mounting height: Lower mounting heights usually need lower output and wider distribution. Higher mounting heights may require more lumens and careful aiming.
- Coverage distance: Confirm how far the light must project from the wall and whether the area is a walkway, parking area, drive aisle, or security zone.
- Fixture spacing: Spacing affects uniformity. Too few fixtures can create bright spots near each unit and dark gaps between them.
- Beam distribution: Wider distributions can cover broader areas, while more focused optics may be better for long, narrow spaces.
- Color temperature: 4000K is often a balanced choice for commercial exterior lighting. 5000K may be used where a cooler, higher-contrast appearance is preferred.
- Controls: Photocells, motion sensors, and dimming may be available depending on model and operating needs.
- Environment: Confirm wet-location rating, IP rating, corrosion exposure, impact rating, and fixture construction before ordering.
Controls for Forward Throw Wall Packs
Controls can help reduce energy use and simplify exterior lighting operation. The right control option depends on whether the fixture needs to run all night, respond to motion, dim during low-traffic periods, or turn on automatically at dusk.
| Control Option | Best Used When |
|---|---|
| Photocell | The light should turn on at dusk and off at dawn automatically. |
| Motion sensor | The area has lower traffic and can operate at reduced output until activity is detected. |
| 0-10V dimming | The fixture needs to connect with timers, controls, or building automation where compatible. |
| Selectable wattage | The site may need output adjustment after installation without replacing the fixture. |
Confirm control compatibility before ordering. Not every forward throw wall pack supports every photocell, sensor, dimming method, or control configuration.
Certifications, Rebates, and Warranty Support
LED forward throw wall packs from LED Lighting Supply carry a safety listing such as UL, ETL, or CSA, depending on product. Many models are DLC or DLC Premium listed for utility rebate support where available. Rebate requirements vary by utility, region, and product listing, so confirm eligibility on the selected product specification before ordering.
Most LED forward throw wall packs include a 5-year warranty unless otherwise specified, with USA-based warranty support. Before purchase, confirm the selected product’s certifications, DLC status, voltage, controls compatibility, mounting method, wet-location rating, and whether the fixture is right for the building exterior, security goals, and surrounding site conditions.
Common Forward Throw Wall Pack Mistakes
- Using them where cutoff control is needed: Forward throw fixtures are designed to project light outward. Full cutoff wall packs may be better where light trespass or uplight control is the priority.
- Choosing by wattage alone: Lumen output, beam distribution, mounting height, and fixture spacing matter more than wattage by itself.
- Mounting too low with too much output: This can create glare for pedestrians, drivers, or nearby properties.
- Overlooking fixture spacing: Poor spacing can create bright areas near fixtures and dark areas between them.
- Ignoring neighboring properties: Forward throw optics can send light farther from the building, so spill light should be reviewed.
- Not confirming controls: Photocells, sensors, dimming, and selectable wattage vary by model.
- Using indoor-rated fixtures outdoors: Exterior wall packs must be rated for outdoor exposure and wet locations where required.
Contact us about forward throw wall packs, and our Product Specialists can help review mounting height, coverage area, beam distribution, lumen output, controls, voltage, environmental rating, and product specifications.
Forward Throw LED Wall Packs FAQs
How Should I Choose Light Output for a Forward Throw Wall Pack?
Choose output based on mounting height, coverage distance, beam distribution, fixture spacing, glare, and the area being illuminated rather than wattage alone. Higher mounting heights may require more lumens and careful aiming, while lower mounting heights can require lower output and wider distribution.
How Does Fixture Spacing Affect Forward Throw Wall Pack Coverage?
Fixture spacing affects uniformity across the area in front of the building. Spacing fixtures too far apart can create dark gaps, while poor spacing can also create bright areas near each fixture.
Can Forward Throw Wall Packs Be Used for Parking Areas and Drive Aisles?
Yes, forward throw wall packs can illuminate parking areas, pedestrian routes, and drive aisles near a building when wall mounting is the practical option. Their optics project light outward from the building toward the coverage area.
How Can I Reduce Glare and Spill Light From a Forward Throw Wall Pack?
Reduce glare and spill by selecting output, mounting height, beam distribution, and spacing that fit the site. Forward throw optics send light farther from the building, so neighboring properties and the need for cutoff control should be reviewed.
What Should I Confirm Before Ordering a Forward Throw Wall Pack?
Confirm the selected model’s voltage, mounting method, wet-location rating, controls compatibility, certifications, DLC status where relevant, and suitability for site conditions. Product specifications, forward throw distribution, sensors, dimming, IP rating, IK rating, and warranty coverage vary by model.