# How to Use Laser for Accurate Aiming and Focusing on Sports Fields with DIALux
## 🎯 Laser Aiming in Sports Lighting: A Quick Overview  
Laser aiming is the **top choice** for precisely positioning LED sports lighting. It guarantees accurate light distribution and uniform coverage across playing fields.
## 🔧 Must-Have Equipment  
- Laser pointer (300m+ range)  
- DIALux-generated X,Y coordinates  
- Torque wrench & socket wrenches (for fixture setup)  
## 📐 DIALux Design Steps  
1. **Set up coordinates**: Origin (0,0,0) at center; X (length), Y (width), Z (height) axes.  
2. **Calculate aiming points**: Based on fixture position, beam angles, lux levels, uniformity (U1/U2), and glare limits (<60°).  
## 🎯 Laser Aiming Methods
### Method 1: Coordinate-Based (Recommended)  
1. Mount laser to fixture via aiming mount (no wobble!).  
2. Loosen fixture hardware for adjustability.  
3. Aim laser at DIALux coordinates; tweak fixture until spot hits target.  
4. Tighten hardware, recheck alignment.  
### Method 2: Orient-Tilt (Alternative)  
- Adjust via Z-plane (orient) and Y-plane (tilt) angles.  
- Less precise due to installation variables.  
## 📊 Why DIALux Integration Matters  
- Delivers exact aiming coordinates and optimal beam angles.  
- Recommends mounting heights (70-100ft) and pole positions.  
- Features: Sports templates, photometric tools, 3D visuals, compliance checks (FIFA/UEFA), and aiming ray exports.  
## ⚡ Key Specs  
- **Laser**: 300m+ range, daylight-visible green, <5mm deviation at 100m.  
- **Sports Standards** (example):  
| Application|Avg Lux |Uniformity (U1/U2) | Beam Angles |  
|----------------|---------|---------------------|-------------|  
| FIFA Grade 1   | 750+    | 0.4/0.6+            | 12°-60°     |  
| FIFA Grade 2   | 500+    | 0.4/0.6+            | 15°-45°     |  
| FIFA Grade 3   | 300+    | 0.4/0.6+            | 20°-60°     |  
## 🔍 Success Tips  
- **Accuracy**: ±2° max deviation; coordinates within 0.5m of target.  
- **Challenges**: Watch for pole/ground variations, wind, and daylight laser visibility.  
## 🛠️ Best Practices  
- **Pre-install**: Verify DIALux design; test lasers.  
- **During install**: Use calibrated lasers; work systematically; double-check.  
- **Post-install**: Verify with light meters; document final coordinates.  
## 📈 Quality Results  
Laser + DIALux = ±5% illuminance accuracy, on-spec uniformity, 60-80% faster commissioning, and fewer adjustments. Perfect for pro-level play, spectators, and broadcasts!  
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