You’ll spend hundreds in car seats to protect your baby after it’s born yet unborn babies are at least at 5 times the risk in the car. Tummy Shield is like an affordable insurance policy that gives you peace of mind knowing you are doing everything you can to protect your baby during pregnancy too with Baby’s First Car Seat™.

• The only maternity seat belt positioner that is strength tested and crash tested (see below) to ensure it will withstand crash energy and the seat belt will still work as intended.
• Makes driving while pregnant much more comfortable.
• • Patented design redirects the seat belt, securing the seat belt at the leg, not the across the low belly where it can injure your unborn baby.
  • Stainless steel plate and anchor construction ensures it is as at least as strong as the seat belt and holds the seat belt firmly in place without slippage or excessive slack
  • Fits in seconds and easy to move back and forth between driver’s seat and passenger seat or car to car.
  • When is the perfect time to start using a Tummy Shield? When you start buying maternity clothes. By then, the pregnancy starts to move outside the protection of the pelvic bones.

  As you make room in your life for baby, make room in your budget for safety from the start.

• When it comes to car crashes, quality matters more than price. The original Tummy Shield is highly engineered, strength tested and crash tested to ensure it will hold up in a crash and offer better protection to the pregnant woman. Unfortunately, there are counterfeit and similar looking products available online making similar claims but without the crash worthy materials or crash testing behind them. Since there are currently no federal standards for seat belt safety for pregnant women, it is “legal” to sell these products. Our goal is to eventually have the National Highway Traffic Safety Administration to set standards. Our number one priority is the safety of our customers so we want to spread awareness about these ineffective pregnancy seat belt products because they will most likely fail during a crash creating increased potential for injury.