Lanpro is an independent multi-disciplinary consultancy that provides specialist advice in the fields of 

Planning:
Residential, Infrastructure, Energy

Design:
Landscape Architecture, Landscape Planning, Masterplanning, Urban Design, Architecture, Arboriculture & Ecology, GIS, Visualisation

Environment:
Historic Environment (Archaeology and Heritage), Environmental Impact Assessment (EIA)

Lanpro prides itself on its independence and its technical expertise.
Using our skills, contacts and ideas, we continue to deliver innovative solutions to land use, releasing the planning potential and enhancing land/property values. 

The practice has extensive experience and has gained a reputation for delivering outstanding and innovative solutions to complex planning problems and is committed to providing the highest quality advice to rapidly achieve the best possible results for all our clients. 

Our clients include developers, charities, public & private companies and land owners.

Architecture

Consulting

Property Development

Real Estate

Lanpro

Lanpro's headquarters in Norwich, United Kingdom

This department focuses on the preservation and management of historical sites and environments.

Historic Environment

This department focuses on the design and planning of outdoor spaces, integrating natural and built environments.

Landscape Architecture

This department focuses on ecological research, conservation, and consultancy to promote environmental sustainability.

Ecology Department

This department oversees strategic planning and resource allocation to ensure project success.

Planning Department

This department focuses on identifying growth opportunities and forming strategic partnerships.

Business Development

This department focuses on assessing the potential environmental effects of projects and providing expert guidance on compliance and mitigation strategies.

People (3)

Jobs (0)

Other teams

Landscape Architecture

Ecology Department

Planning Department

Business Development

Environmental Impact Analysis