Dartmoor Spring bottled waters are a new product range from Luscombe Drinks as a series of products that prioritize high-quality H2O to provide discerning consumers with the perfect option for their lifestyle.
The bottled water is sourced from a natural spring located on the edge of the Dartmoor National Park, situated on the Luscombe farm. The water is subsequently exclusively available for Luscombe to access, and boasts a soft profile, a pH of 7.3 and free from fluoride and limescale. The bottled water comes in 27cl bottles in both still and sparkling options.
Founder Gabriel David commented on Dartmoor Spring bottled waters saying, "With continued demand for bottled water, we saw an opportunity to expand our offerings and are delighted to introduce Dartmoor Spring as a standalone brand. Reinforced by the trusted Luscombe name, we are confident that Dartmoor Spring will provide establishments with a product they can know and trust."
High-End British Bottled Waters
Dartmoor Spring from Luscombe Drinks Comes in Still and Sparkling
Trend Themes
1. Premium Natural Water - Dartmoor Spring highlights a growing trend for premium bottled waters sourced from untouched natural springs.
2. Bespoke Beverage Branding - The launch of Dartmoor Spring as a standalone brand reflects the trend towards creating bespoke sub-brands within established product lines.
3. Sustainability in Bottled Water - Sourcing water from a protected natural park emphasizes the trend towards environmentally sustainable beverage production.
Industry Implications
1. Bottled Water Industry - The high-end bottled water segment is expanding with niche products like Dartmoor Spring that cater to discriminating tastes and quality.
2. Luxury Food and Beverage - Premium offerings such as Dartmoor Spring are part of the luxury food and beverage industry's move towards exclusive and high-quality consumables.
3. Eco-friendly Packaging - The bottled water industry's focus on sustainability is driving innovations in eco-friendly and minimal-impact packaging solutions.