RateHawk, a leading online platform for booking hotels, air tickets, and car rentals, has partnered with The Travel Network Group (TTNG). This collaboration is set to enhance travel service offerings for TTNG’s extensive network of over 1,100 independent travel agents and tour operators across the UK.

The partnership provides TTNG members with access to RateHawk’s global inventory of over 2.6 million hotels, apartments, villas, and other accommodation options; as well as access to more competitive pricing, broader travel options, and an enhanced booking experience, which allows them to meet the diverse needs of their customers.

Chantal Tomlinson, Head of Business Development UK & Ireland at RateHawk, commented on the partnership, saying: “We are delighted to partner with The Travel Network Group, known for its professionalism in the UK travel industry. This collaboration underscores our shared commitment to equipping travel professionals with the tools they need to thrive in an increasingly competitive market.

“According to the World Travel & Tourism Council (WTTC) 2024 Economic Impact Trends Report, the tourism market is set to experience unprecedented growth in 2024. As demand for both outbound and domestic travel continues to rise, it is crucial for travel agents to stay aligned with these trends and meet the evolving needs of their clients. RateHawk will play a pivotal role in this, enabling agents to offer curated accommodation selections and deliver excellent value to their clients.”

Katharina Peck, Commercial Director at TTNG, says: “Our collaboration with RateHawk aligns with our commitment to bringing continuous valuable resources to our members. This partnership will support our members’ growth, enabling them to deliver memorable travel experiences to their customers.”

RateHawk consolidates its hotel inventory from over 280 global suppliers and more than 100,000 directly contracted accommodations. Over the past year, the platform has added 70 new suppliers and more than 30,000 additional accommodations to its system.