DESCRIPTION
Storm the cliffs with the "Pointe du Hoc" D-Day Ranger Assault Shirt.
A breathtaking tribute to the legendary cliff-climbing assault of June 6, 1944. Wear a piece of living history inspired by the elite U.S. Army Rangers who scaled the sheer heights of Normandy.
About the print design: The Cliffs of Normandy
On the morning of D-Day, while thousands of troops hit the main beaches, a specialized force of U.S. Army Rangers faced a seemingly impossible task: scaling the 100-foot vertical cliffs of Pointe du Hoc to destroy a heavily fortified German artillery battery. Using rocket-propelled grappling hooks and rope ladders, they climbed straight into enemy fire.
This design captures the immense scale and raw drama of that historic amphibious operation. It honors the flotilla of landing craft churning through the rough English Channel and the long lines of infantrymen pushing across the wide, exposed beaches under a smoke-filled sky. It is a respectful, cinematic homage to the immense logistical effort, the tactical precision, and the staggering courage of the Allied forces who breached Hitler's Atlantic Wall.
- Classic Fit: Cut With A Little Extra Room Through The Chest And Body For Relaxed Comfort
- Shirt Collar
- Print-matched Left Chest Pocket
- Wrinkle Free
- Machine Wash Cold, Tumble Dry Low
| SIZE CHART | ||||||||
| SIZE | CHEST | SHOULDER | SLEEVE | LENGTH | ||||
| INCH | CM | INCH | CM | INCH | CM | INCH | CM | |
| S | 44.88 | 114 | 21.06 | 53.5 | 24.02 | 61 | 29.92 | 76 |
| M | 47.24 | 120 | 21.65 | 55 | 24.41 | 62 | 30.71 | 78 |
| L | 49.61 | 126 | 22.24 | 56.5 | 24.80 | 63 | 31.50 | 80 |
| XL | 51.97 | 132 | 22.83 | 58 | 25.20 | 64 | 32.28 | 82 |
| 2XL | 55.12 | 140 | 23.62 | 60 | 25.59 | 65 | 32.68 | 83 |
| 3XL | 58.27 | 148 | 24.41 | 62 | 25.98 | 66 | 33.07 | 84 |
| 4XL | 61.42 | 156 | 25.20 | 64 | 26.38 | 67 | 33.46 | 85 |
| 5XL | 64.57 | 164 | 25.98 | 66 | 26.77 | 68 | 33.86 | 86 |
- Due To Manual Measurement,Will Be 1-3cm(0.4-1.2inch)error
- Due To Light,Display,etc,The Color Of The Pattern May Be Silghtly Different From The Physical Object
