Discover how Hammer Missions used drones and AI to inspect a historic 19-storey building spanning over 1.2 million square feet. This case study explores how automated flight planning, 3D modelling, and AI defect detection processed 4,000+ images and identified over 30,000 sq ft of spalling—delivering faster, safer, and more accurate high-rise assessments without scaffolding or rope access. See the full workflow.

Why 360 imaging and LiDAR change the inspection deliverable from a snapshot into a differenceable baseline, and what that means for forensics and liability.

Radiology was supposed to be automated away. Instead demand hit record highs. Here's what that pattern predicts for facade, parking and structural inspection.

A technical guide to the two-stage inspection model: full visual coverage by UAS, then targeted hands-on drops where the data says they are needed.

Parking structures are some of the most overlooked assets in the built environment — until something goes wrong. Dig into how AI, LiDAR, and 360 capture are transforming parking structure inspections: why drones don't work indoors, what it actually takes to standardize condition data across a multi-state portfolio, and where AI is headed next for automated before/after tracking and portfolio-level capital planning.

Discover how Hammer Missions brings AI inspection indoors. Using the XGRIDS PortalCam's LiDAR and 360 capture, we scan a parking garage, build a 3D/2D model, detect defects like moisture stains and cracks with AI, measure quantities in post, and generate white-labelled reports. A complete indoor scanning workflow for engineers and inspectors.

Traditional inspection workflows are leaving portfolio owners exposed to financial, regulatory, and insurance risk. Learn why the gap between inspections is growing more costly, and how leading owners are using drones, AI, and 3D models to close it before problems become expensive.

Discover what's new in Hammer Missions this summer: AI-powered parking garage inspection, sharper deficiency quantification, the LA General case study, and more.

Capturing consistent, high-quality drone data comes down to four things. The GOLD framework — GPS, Overlap, Lighting, and Distance — cuts through the noise and gives drone operators a simple, repeatable foundation for getting it right every time, on any site or structure.

Drone roof inspections give commercial property managers faster surveys, better defect detection, and audit-ready records — at a fraction of the cost of traditional methods. Here's everything you need to know.

Hammer Missions now processes drone datasets captured in GPS-denied or poor GPS conditions — so facade inspections in tight urban environments no longer stall your projects.

Discover how drones and AI are transforming facade inspection workflows. Learn how Hammer Missions enables faster, safer, and more accurate building assessments — from data capture to defect reporting.

Drone facade inspections supplement costly scaffolding and rope access with faster, safer, and more detailed building surveys — without compromising on data quality or compliance.

Learn how to use Hammer Missions' model clipping tools to clean and present professional 3D drone models — step-by-step guide for building inspections.

Drone-based building inspections are gaining rapid traction as ageing building stock, stricter façade safety regulations, and rising access costs reshape how estates are managed. This article explores why the market is accelerating and how the shift from periodic surveys to continuous building intelligence is driving industry growth.

Explore the latest product update for Hammer Missions designed to make inspections faster and clearer, with improved AI quantification, streamlined measurements, enhanced reporting, and better performance for large-scale projects.

Learn how to capture high-quality thermal drone data for building inspections, including workflows, GSD, overlap, and best practices for accurate results.

Learn how to inspect historic building facades using drones, AI, and 3D modelling. This guide covers flight planning, data capture, defect detection, and reporting workflows for safer, faster, and more accurate building envelope inspections.

February 2026 updates to Hammer Hub: improved AI quantification, faster workflows, colour-coded deficiencies, cleaner facade clipping, enhanced reporting, and a preview of Gaussian Splatting and new interior capture tools.

Discover 5 practical ways AI is revolutionizing drone inspections, from hail damage detection to progress tracking. Learn how AI can save time and improve accuracy in building and asset assessments.

Discover the latest Hub updates: 3D model clipping, improved AI deficiency detection, thermal enhancements, and upcoming Gaussian Splatting.

Explore gaussian splatting vs photogrammetry, including how each method works, their strengths and limitations, and when to use them in drone-based 3D mapping projects.

Learn how drone-based building inspections really work, from pilots and engineers to software workflows—and how to avoid costly mistakes.

Learn how to turn drone imagery into CAD and BIM outputs for AEC workflows, from capture and processing to AutoCAD and Revit import.