BIG AGNES RAPIDE SL INSULATED

What is the Big Agnes Rapide SL Insulated?

Rapide SL Insulated is an ultralight and compact 3-season air-filled sleeping pad, designed to combine maximum comfort, insulation, and packability.

The updated model is even warmer and lighter, packing down to a smaller size than the original Rapide. This makes it an excellent choice for hikes where weight and space are critical.

How well does the Rapide SL Insulated insulate?

The Rapide SL Insulated utilizes an offset I-Beam construction, which reduces weight and provides even support in various directions. This improves stability and sleeping comfort in all positions.

The two-layer heat-reflective insulation better retains body heat, and the R-value of 4.8 makes the pad reliable for three-season use.

What features does the Rapide SL Insulated include?

• 9 cm thick (3.5") air-filled construction
• Side rails (11 cm) keep the user centered on the pad
• Soft, quilted surface fabric adds comfort
• Ultralight double ripstop nylon
• Two-layer heat-reflective insulation film
• Offset I-Beam construction reduces weight and improves stability
• Aviation-grade TPU seams increase durability
• Antimicrobial treatment prevents microbial growth
• Each pad is individually tested at the factory
• Dual valve system for quick inflation, deflation, and adjustment

How easy is the pad to use in the field?

• Quick and easy inflation with the included inflation sack
• No need for lung power to inflate
• Micro-adjustability for fine-tuning firmness
• Excellent packability and small packed size
• Includes a repair kit and spare valve seal

What are the technical specifications of the Rapide SL Insulated?

• R-value: 4.8 (3-season use)
• Weight: ultralight (depending on model)
• Thickness: 11 cm
• Material: superlight nylon double ripstop
• Insulation: 2 layers of heat-reflective film
• TPU lamination: aviation-grade durability and seams

How does the Rapide SL Insulated address sustainability?

• FSC-certified recyclable packaging
• Durable and long-lasting construction reduces unnecessary consumption