Every certified thrill ride relies on an industrial ride safety harness to prevent rider ejection. On catapult rides, these systems generally consist of heavy-duty over-the-shoulder restraints (OTSR) clamped down over the collarbones, paired with a central crotch buckle. Safety engineers calibrate these components exclusively to preserve life and limb, not modesty.
| Attraction Type & Location | Peak Velocity & G-Force | Primary Restraint Design | Primary Vulnerability Factor |
|---|---|---|---|
| Daytona Slingshot (Florida) | Up to 100 mph / 4.0, 5.0 G | Padded Over-the-Shoulder + Crotch Latch | Aerodynamic drag against low-cut beachwear |
| Myrtle Beach Slingshot (South Carolina) | Up to 85 mph / 3.5, 4.5 G | Heavy Neoprene Harness + Dual Buckles | Rotational friction shifting loose garments |
| Standard Boardwalk Ejection Seat | 60, 75 mph / 3.0, 3.8 G | Rigid Fiberglass Frame + Lap/Chest Belt | Sudden negative G-forces lifting unsecured tops |
The thick padded bars compress the chest, pinning down portions of a rider's shirt while leaving adjacent fabric loose. As the ride hits high acceleration velocity, wind rushes into unsecured necklines like an open parachute. If a rider raises their arms to scream, a natural, instinctive reaction, their sleeves pull upward, dragging unanchored tops completely out of position. Because riders must keep their hands on the designated safety grips or find themselves immobilized by sheer pressure, fixing an exposed top mid-flight is physically impossible until the carriage loses momentum.
