A garment for the practice of water sports includes lumens for containing air. The garment is made of two superimposed neoprene sheets forming one or more lumens limited on their periphery by winding or angled welding lines.

Inflatable undergarment with an inflatable bladder to provide protection and comfort has a fabric garment portion. A rear area of the undergarment further includes an integral air bladder. The bladder covers the buttocks area and is selectively inflated using a manual pump located near the waistband of the undergarment. The bladder system further includes a release valve that allows air to be released from the device.

The invention provides for a swimsuit with at least one discretely placed air cell positioned within a multi-part waistband of the swimsuit. Optionally, the swim suit also can include additional air cells placed within multi-part seams and hemlines with all air cells communicable coupled together. The swim suit is further outfitted with an CO2 gas cartridge with an actuator system that is also communicable coupled with the air cell or air cells. The actuator system can be actuated manually by the user using an actuator switch to open a valve or by sending wireless electronic systems from a remote transceiver. In addition, the multi-part waistband, seams, and hemlines may also include a synthetic rubber, such as neoprene either surrounding the air cells or positioned next to the air cells for added buoyancy.

A wader suit system, including a personal flotation device (PFD), that helps to maintain body temperature of a wearer in extreme conditions is disclosed. The wader suit system includes a heated jacket system having an upper liner. The upper liner connects beneath the heated jacket system. The upper liner includes a first micro-wire. The heated jacket system includes a control panel. The wader suit system further includes a lower section having a chest portion and legs. The lower section encompasses a lower liner having a second micro-wire. The second micro-wire connects to the control panel. The heated jacket system connects over the lower section. Alternatively, the heated jacket system connects beneath the lower section. The control panel allows the wearer to control the temperature of said first micro-wire and said second micro-wire for maintaining body temperature of the wearer in the extreme conditions such as in water and freezing conditions.

One-piece safety swimsuit 1, extending from at least the crotch up to the top of the shoulders and comprising buoyancy elements 2, 7 configured to keep a user of the swimsuit 1 above water from the shoulders, each buoyancy element 2, 7 comprising several sheets stacked on top of each other, each sheet being from 1.05 mm to 1.50 mm thick, preferably from 1.10 mm to 1.30 mm thick, even more preferably 1.20 mm thick, said sheets being composed of polymer fibres enclosing a volume of a gas that is greater than the volume of the polymer.