Case Studies
TOKNAV Case Studies: Published GNSS, USV and LiDAR References
Use this page to review published TOKNAV application references and to see how similar projects are planned. Public source references are kept separate from buyer-defined planning scenarios so a project discussion is never presented as a completed customer case.
Evidence rule: “Published case references” below link to public TOKNAV source pages. Their statements are first-party published claims, not independent third-party audits. Customer names remain anonymous unless already approved for public use. “Project-planning scenarios” explain what buyers should confirm before a proposal; they are not completed customer cases and do not make customer-result claims.
Published source references on this page: a France RTK road-resurvey story, a Philippines Tboat USV application story, and a Hangzhou heritage-building digitalization story. Each entry links to the source page so buyers can review the original published context.
Published Case References
France: RTK Base-Rover Road Resurvey
Country: France
Industry: Road surveying and engineering resurvey
Equipment: TOKNAV GNSS base-rover kit, RTK rover workflow, UHF plus 4G fallback communication
Herausforderung: A rural road resurvey team faced a tight deadline, mixed open farmland and tree-lined sections, and unstable cellular coverage.
Workflow: The team set a fixed base station on a certified control point with open sky view, then used UHF where cellular coverage was weak and 4G fallback across open sections.
Ergebnis: The team achieved consistent centimeter-level accuracy, avoided rework and finished the 12 km road project two days ahead of schedule.
Philippines: Tboat USV Hydrographic Survey and Monitoring
Country: Philippines
Industry: Hydrographic survey, bathymetry and water quality monitoring
Equipment: Tboat10, Tboat20, RTK positioning, echo sounder and water-quality payload options
Herausforderung: Local teams needed safer and more repeatable water survey workflows for coastal shallow water, rivers and remote island conditions.
Workflow: Tboat USVs supported automatic route planning, real-time video/data feedback, RTK positioning and flexible payload integration for survey and monitoring tasks.
Ergebnis: Philippine users reported stable field performance, accurate depth data, easier transport and lower manual risk compared with traditional boat-based workflows.
Project-Planning Scenarios (Not Completed Customer Cases)
The following sections are commercial planning frameworks. They help a buyer prepare an accurate inquiry but do not state that a named customer deployed the equipment or achieved a particular result.
CORS/VRS Infrastructure: Reference Station Planning Workflow
Country: Project country to be confirmed by buyer
Industry: CORS, VRS, reference station and network RTK infrastructure
Equipment: NET660, NET660i, tBase, TCA920 and station accessories
Herausforderung: Buyers often request a CORS/VRS quote before confirming station count, antenna environment, communication, power and expected rover users.
Workflow: TOKNAV first collects country, coverage area, station quantity, receiver preference, antenna environment and data communication plan.
Planning outcome: A clearer station plan helps the buyer compare receiver, antenna, server/workflow and maintenance requirements before procurement.
Deformation Monitoring: Dam, Slope and Infrastructure Planning Workflow
Country: Buyer-defined infrastructure site
Industry: GNSS deformation monitoring for dams, slopes, mines, bridges and buildings
Equipment: NET660i, TCA920, monitoring devices, power and communication components
Herausforderung: Monitoring buyers need to define point quantity, reference points, accuracy target, data interval, power, communication and alert workflow before hardware selection.
Workflow: TOKNAV uses a project intake checklist to connect site photos, point layout and reporting requirements with receiver, antenna and communication planning.
Planning outcome: The buyer can move from a broad monitoring request to a clearer bill of materials and integration discussion.
Sports Field Marking Robot: Venue Evaluation Workflow
Country: Venue or contractor market to be confirmed by buyer
Industry: Sports facility construction, campus maintenance and field line marking
Equipment: TR10Pro sports field marking robot with GNSS/RTK positioning and digital field templates
Herausforderung: Venues and contractors need repeatable soccer, football, lacrosse, baseball and custom training layouts with less manual measuring and rework.
Workflow: Operators choose a field template, confirm site conditions, prepare paint and RTK correction, then run a repeatable robotic marking path.
Planning outcome: The buyer can evaluate line-marking scope, positioning workflow, paint preparation and site conditions before a product discussion.
Agriculture and Machine Control: Field Leveling and Guidance Workflow
Country: Farm, contractor or dealer market to be confirmed by buyer
Industry: Precision agriculture, land leveling, dozer guidance and excavator guidance
Equipment: TAG66, TAG88, TMC10, TMC20 and compatible GNSS receiver workflows
Herausforderung: Dealers and project teams need to match steering, land leveling or machine control hardware with vehicle type, worksite condition and accuracy target.
Workflow: TOKNAV collects crop or operation type, machine model, field or construction environment, correction method and expected deployment quantity.
Planning outcome: Buyers receive a clearer product path before quotation instead of comparing unrelated agriculture and construction positioning products.
Additional Published Case Reference
China, Hangzhou: Heritage Building Digitalization and Crack Discovery
Country: China
Industry: Heritage conservation, building digitalization and 3D mapping
Equipment: TOKNAV TSR20 handheld LiDAR scanner with SLAM / RTK-SLAM workflows
Herausforderung: A Qing Dynasty residence in Hangzhou required detailed digital documentation to support restoration planning.
Workflow: TSR20 point clouds were combined with historical archive information to reconstruct building evolution and inspect structural details.
Ergebnis: The scan revealed hidden structural cracks and provided a data foundation for restoration planning.
Need to Turn a Project Into a Case Study?
Best fit: Projects with approved photos, site context, product list and measurable result.
Useful evidence: Field photos, screenshots, point layout, route map, survey output, monitoring graph or acceptance notes.
Publishing rule: TOKNAV can keep customer names anonymous unless public approval is available.
Reference and Planning Status
| Case | Country | Industrie | Equipment | What the entry represents |
|---|---|---|---|---|
| RTK road resurvey | France | Road surveying | GNSS base-rover kit, RTK rover, UHF/4G workflow | Published source reference. Read the linked source page for the original first-party claims and project context. |
| Tboat hydrographic survey | Philippines | Hydrographic survey and water monitoring | Tboat10, Tboat20, RTK positioning and payload integration | Published source reference. Read the linked source page for the original first-party claims and project context. |
| Heritage building digitalization | China | Heritage conservation and 3D mapping | TSR20 handheld LiDAR scanner | Published source reference. Read the linked source page for the original first-party claims and project context. |
| CORS/VRS station planning | Buyer-defined | Reference station infrastructure | NET660, NET660i, tBase, TCA920 | Buyer-defined planning scenario, not a completed customer case. |
| Deformation monitoring planning | Buyer-defined | Dams, slopes, mines, bridges and buildings | NET660i, TCA920, monitoring devices | Buyer-defined planning scenario, not a completed customer case. |
| Sports field marking robot | Buyer-defined | Sports venue construction and maintenance | TR10Pro sports field marking robot | Buyer-defined planning scenario, not a completed customer case. |
| Agriculture and machine control | Buyer-defined | Precision agriculture and construction guidance | TAG66, TAG88, TMC10, TMC20 | Buyer-defined planning scenario, not a completed customer case. |
Use These Guides to Plan a Similar Project
- Compare GNSS receivers
- Plan VRS infrastructure
- CORS Station Setup Checklist
- GNSS Deformation Monitoring Guide
- GNSS Antenna Selection Guide
- Sportplatz-Markierungsroboter
- Machine Control Guidance
- Download datasheets and brochures
What TOKNAV Needs to Build Your Case or Proposal
Project Details
- Country, industry and application.
- Products or equipment being considered.
- Required accuracy, correction method and operating environment.
- Photos, drawings, route map, station layout or monitoring point plan.
Approved Proof
- Public customer name or permission to keep it anonymous.
- Approved country/region disclosure.
- Approved photos, field screenshots, data examples or test notes.
- Result claims that can be verified and used publicly.
Request a Similar Solution
Share your country, project type, equipment interest, field environment and desired result. TOKNAV can recommend a receiver, antenna, software, USV, LiDAR or complete solution package.