Helix House - Cambridge
"Seamlessly integrating prime ground-floor commercial space with high-specification residential apartments above. Designed by Cavaleri Partnership, this modern mixed-use development delivers premier street-level commercial opportunities alongside luxury private flats on the upper floors."
Master-Planned Urban Mixed-Use Architecture
Combining active street-level commercial assets with high-density private living environments requires careful spatial separation, acoustic insulation, and dual-access architectural design. This development creates a vibrant urban anchor, providing flexible commercial units at street level topped by modern residential apartments across the upper stories.
Ground Floor: Prime Commercial Opportunities
Ground-floor units are engineered to support retail, professional services, or food and beverage businesses:
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High-Visibility Street Frontage: Floor-to-ceiling double-glazed shopfronts maximizing natural daylight and commercial exposure.
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Flexible Internal Floor Plates: Open-plan commercial layout allowing custom fit-outs for retail, office, or clinical operations.
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Independent Operational Access: Dedicated commercial loading areas and separate waste/utility infrastructure isolated from residential zones.
First Floor & Above: High-Specification Private Residential Flats
Rising above the commercial base, the upper levels house a collection of contemporary apartments designed for modern urban living:
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Private Residential Entrance & Security: Access secured via a dedicated, step-free residential lobby with smart access controls and elevator service.
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Acoustic & Thermal Performance: High-grade floor slab acoustic dampening and triple-glazed windows guaranteeing quiet living environments directly above commercial operations.
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Private Amenity Spaces: Select upper-floor apartments feature cantilevered private balconies and panoramic urban views.
Architectural Excellence & Environmental Sustainability
Designed to satisfy rigorous energy and planning standards, the building incorporates low-carbon mechanical ventilation, integrated solar PV arrays, and high-performance thermal insulation.
