fbpx

Zapwater Communications, Inc. Retained by Boyne Mountain Resort to Launch Skybridge Michigan

by | Jul 22, 2022

Zapwater Communications, Inc. has been retained by Boyne Mountain Resort to launch SkyBridge Michigan, a 1,200-foot long, 118-foot high pedestrian suspension bridge being built at Boyne Mountain Resort in Boyne Falls, Michigan.

The towers are an architectural masterpiece, each measuring over 50-feet high and nearly 70-feet long anchoring both ends of the bridge. Their design is a nod to the logging heritage of northern Michigan, with lumber sourced from neighboring Matelski Lumber.

Positioned at the crest between McLouth and Disciple’s Ridge, SkyBridge Michigan is set to become the world’s longest timber-towered suspension bridge, and will offer Boyne Mountain Resort guests and visitors alike an exhilarating experience.

“As an agency specializing in destinations and attractions, we’re thrilled to expand our growing roster of must see destinations and to begin working with Boyne Mountain Resort,” said David Zapata, CEO and founder of Zapwater. “Our team is excited to promote the opening of SkyBridge Michigan among media, influencers and the public.”

The agency will oversee media relations, and influencer services related to the SkyBridge Michigan project at Boyne Mountain Resort.

For more information, please visit: www.boynemountain.com/skybridge-michigan

Bulldog Reporter
Bulldog Reporter is a leader in media intelligence supplying news, analysis and high-level training content to public relations and corporate communications professionals with the mission of helping these practitioners achieve superior competitive performance.

RECENT ARTICLES

Enhancing cybersecurity PR strategies with social media analytics

Enhancing cybersecurity PR strategies with social media analytics

As cybersecurity threats continue to evolve, organizations must adopt innovative strategies to enhance their public relations efforts. Social media analytics has emerged as a vital tool for measuring the effectiveness of cybersecurity communications, understanding...