The Botanical Research Institute of Texas (BRIT), located in the Dallas/ Fort Worth area of Texas, is a non-profit organization that also serves as a stunning wedding venue. Situated within the Fort Worth Cultural District, this is the ideal location for couples who are looking for a unique, yet natural feel for their special day. Wow your guests with truly one of a kind architectural designs including floor-to-ceiling windows, reclaimed cypress wood walls, and bamboo ceilings. Facilities and CapacitiesBRIT can accommodate up to 200 guests seated when using the entire facility. Both indoor and outdoor locations provide you with the best of both worlds. For your outdoor ceremony, couples can use the BRIT Prairie. Filled with native flowers and grasses, you will be surrounded by nature?s beauty as you say ?I do.? The Exhibit Hall and Commons are ideal for your cocktail hour and dinner. With wood paneled ceilings and large windows, the elegant space is size-flexible for your needs. The Atrium is perfect for your reception. Featuring breathtaking architecture, floor-to-ceiling windows and stunning views of the surrounding scenery, this modern space will leave your guests talking. The space is lit with LED lights positioned within the unique reclaimed cypress wood wall. Wander up to the second floor outdoor Oak Terrace for a more intimate setting that still maintains the venue?s lavish structure. The Terrace space overlooks BRIT’s native prairie.Services OfferedBRIT offers a number of services for your big day:
Vendor suggestions and no outside vendor fees
A/V capability at no additional cost
Onsite venue manager to focus on making your day special
Walk through with venue manager prior to wedding day
Variety of layout configurations and no chair fees
Convenient, security-monitored parking
History Founded in 1987, BRIT is a non-profit organization that strives to learn more about the plant world and the value plants bring to our lives. During its over 30 years of service, BRIT scientists have been able to preserve plant specimens and locate scores of new species previously unknown to science.