Raptor Maps is an asset intelligence and inspection analysis platform for the solar industry. Its core products include the Raptor Solar visual analysis suite and Raptor Solar Sentry for remote autonomous monitoring. It transforms aerial, ground, sensor, and equipment data into plant-level performance intelligence. Its primary users are IPPs, utilities, O&M, and EPCs, making it particularly suitable for utility-scale plants and GW-scale asset portfolios.
The platform focuses not on generic work order systems, but on solar-specific visual analysis and digital twins. It can detect and manage equipment health, BOS component defects, vegetation and fire risks, module cracks, tracker misalignment, grid poles, substations, erosion, storm response, and construction verification. The interactive map-based digital twin accurately locates and geotags anomalies, overlaying generation data and maintenance history to help teams perform root cause analysis and prioritize remediation. The mobile app allows technicians to view tasks, navigate to issue locations, and work offline in areas without cellular coverage.
Raptor Maps supports multiple data collection modes: on-site autonomous drones executing remote missions, coordinating a network of certified pilots via its flight scheduling tool, or training the customer's own team to conduct inspections. Sentry focuses on continuous monitoring, reducing the need for manual on-site walks during weather events, alert investigations, and construction verification. The main text does not mention whether self-hosting is supported; overall, it appears to be a cloud-based software combined with on-site drone hardware and service delivery.
The website does not publicly disclose plans and pricing; users must obtain solutions via Contact Us, Request Demo, or Schedule a Demo. It also mentions that utility-scale asset owners can apply for a proof of concept. Regarding third-party integrations, it only states that it can aggregate data from sensors, equipment, generation, and maintenance history, without listing specific systems. Security compliance is only represented by Security, Privacy Policy, and Terms of Service links in the footer, with no disclosure of SOC, ISO, or other certifications. API and developer support are also not mentioned in the main text.
Pros include deep industry verticality, a rich set of analysis categories, and digital twins that are more conducive to closed-loop management than traditional PDF reports. It also supports offline field operations and multiple drone data collection methods. Cons include opaque pricing, implementation reliance on hardware, flight compliance, and on-site processes, which may lead to a longer procurement evaluation cycle; it may not be suitable for general enterprises or small distributed PV projects. It is better suited for companies with large-scale solar assets looking to increase inspection frequency, reduce manual site walks, and build long-term asset records.
The main text provides no information regarding network access, payment methods, or localization for China, so its access status is considered unknown. Chinese customers need to additionally assess cross-border networking, data export, drone flight regulations, payments, and local service response. They can also compare local PV asset management, drone inspection, and industrial digital twin solutions.
β This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on raptormaps.com official site.
raptormaps.com is an United States SaaS Tools provider. TG4G tracks its product information, an overall rating of 7.0/10, and a China-accessibility score of Workable. Click "Visit Official Site" to reach raptormaps.com directly.