Spatial Planning - SMART CITY - Chengdu Timestars Co., Ltd.

Spatial Planning Solutions

Designed and developed according to industry needs, suitable for multi-industry and multi-scenario applications.

By providing precise spatiotemporal data from a "God's-eye view," UAVs push planning from a "static blueprint" toward "dynamic, refined, and intelligent" precision governance. They are a key supporting technology for achieving perceptible, learnable, well-governed, and adaptive smart planning, and serve as an important engine for modernizing the territorial spatial governance system and governance capabilities.

Industry pain points

Based on industry operational requirements and targeting traditional operational pain points, we create scientific and efficient industry application solutions.

Single data dimension
Traditional surveying and mapping mainly provide 2D line drawings and discrete point elevations, lacking realistic 3D information.
Deviation in indicator calculation
Key indicators such as floor area ratio, greening rate, and earthwork volume are often based on estimates or simplified models, resulting in deviations.
Difficulty in dynamic updating
Traditional methods are difficult to achieve large-scale, high-frequency dynamic monitoring, resulting in outdated planning base maps.
High surveying and mapping costs
High-precision surveying relies on ground-based manual methods such as total stations and RTK, which are extremely inefficient and costly.

Solution Breakdown

Based on real-world operational requirements and UAV application characteristics, break down the solution steps to make the solution implementable and more reliable.

High-precision map collection

Quickly acquire massive amounts of data including centimeter-level orthophotos, 3D real-scene models, and laser point clouds.

Serve as a unified base map for planning work.

Provide accurate DEM/DOM data for planning and design schemes.

Used for site analysis and vertical design.

Natural resource survey

UAVs combined with AI algorithms

Automatically identify types and changes of farmland, forestland, construction land, water areas, etc.

Estimate forest volume, monitor pests and diseases, and map reservoirs and river shorelines

Monitor changes in water area and water pollution

Planning and design assistance

Based on 3D models

Calculate key indicators such as building area, floor area ratio, green space ratio, and building density

Assist in corridor route selection, construction project supervision, planning implementation effect evaluation, and other tasks

Regulatory enforcement evidence collection

Compare with planning permit drawings, regularly monitor compliance of ongoing construction projects

Conduct periodic patrols of key controlled areas

Timely detect and stop illegal occupation and damage activities

Provide clear image evidence with coordinates and timestamps for illegal land use and illegal construction activities

Solution Advantages

Over 2,000 real-world validations — building industry UAV solutions that are effective, easy to use, and reliable in critical moments.

Rapid response, dynamic updating
Adaptable to high-frequency, routine monitoring, achieving dynamic updating of key areas.
God's-eye view, full-area coverage
Unhindered by terrain obstacles, completing geographic data collection of all elements from a full-area perspective.
High-precision real-scene, multi-dimensional perception
Establish high-precision 3D real-scene models, enabling the public and decision-makers to experience immersive multi-dimensional perception.
Accurate calculation, cost reduction and efficiency improvement
Automatically perform accurate calculation of key data, reducing overall costs by 50-70%.