Explore recorded detection-related system descriptions and programme context. Compare what the source describes while keeping sensing methods, identification and mitigation capabilities distinct.
The system directory reflects April 2023 coverage and does not establish current product performance. The detection scenario reuses the detection component of the counter-UAS model; it is not an independent estimate.
Radar, radio-frequency, optical, infrared and acoustic descriptions identify different sensing approaches. A listed method alone does not establish detection range, classification accuracy, false-alarm rate or performance in every operating environment.
Detecting or tracking an aircraft does not establish the ability or permission to disrupt it. Keep source-supported functions separate, and seek test conditions and deployment evidence before comparing operational effectiveness.
UXV Searcher proprietary market research
Proprietary model snapshot • Estimates and forecasts, not reported actuals
Saved aggregate scenario; endpoint CAGRs recalculated. The forecast has not been refreshed or independently validated. Detailed geographic allocations and annual drivers remain under review.
In UXV Searcher’s fixed proprietary scenario, drone detection, tracking and identification rises from USD 1.14 billion in 2026 to USD 3.34 billion in 2031. The compound annual growth implied by those saved endpoints is 24.0% over five annual intervals.
Detection is a component of the same counter-UAS model shown in the Counter-UAS market outlook. It is not a second independent estimate and should not be added to the counter-UAS total.
| Model scope | 2026 estimate | 2031 forecast | 2026–2031 CAGR | Modeled increase |
|---|---|---|---|---|
| Drone Detection, Tracking & IdentificationComponent of the global total | 1,141.8 | 3,340.8 | 24.0% | 2,199.1 |
Detection adds USD 2.20 billion within the scenario, while its modeled share declines from 12.45% to 11.25%—a change of -1.20 percentage points. Other components expand faster in the model. This does not establish observed market share or weaker real-world demand.
For a sensor or software supplier, compare the modeled detection scope with the part of an integrated system the company can actually supply. Then test that commercial boundary against documented deployments, procurement stages and supplier financials.
| Scope · USD million | 2021 | 2022 | 2023 | 2024 | 2025 | 2026 | 2027 | 2028 | 2029 | 2030 | 2031 |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Drone Detection, Tracking & Identification | 466.9 | 512.5 | 578.2 | 706.7 | 940.6 | 1,141.8 | 1,387.4 | 1,707.5 | 2,118.3 | 2,652.5 | 3,340.8 |
These figures present a fixed scenario from UXV Searcher’s proprietary counter-UAS model. All amounts are in USD million. Historical-year amounts are model estimates, and future values are forecasts rather than reported spending or booked supplier revenue. Detection, command and control, mitigation, and services are components of the same model total and must not be added to it. The 2026–2031 CAGR uses five annual intervals and is recalculated directly from the displayed series endpoints. This release uses saved aggregate values rather than a fresh model recalculation; underlying geographic allocations and forecast-year drivers require further review. The model’s original revision date and constant-price or current-price basis are not specified. Publication and extraction dates do not make the forecast a newly updated market assessment.
CAGR = (2031 value ÷ 2026 value)^(1 ÷ 5) − 1. Percentage-point changes subtract shares; they are different from percentage growth. Rounded table components can differ slightly from rounded totals.
Source: UXV Searcher proprietary counter-UAS market scenario. Saved-value arithmetic checked 1 November 2026. Original model revision date and price basis are not specified. Country and regional outputs are excluded while their allocation labels are reconciled.
Analysis: Avantika Kapoor · AI-assisted source and calculation review.
Choose a table and open a record to review its source, date and limitations. Search and category selections stay within this view.
350 historical directory entries from April 2023, including variants and overlapping capabilities. Selected public examples have separate, claim-specific primary-source checks.
Checking module access; public evidence remains available.
3 matching sample records · 3 fixed public records before filters. Catalog coverage: 350 retained rows. Counts describe research rows with the scope stated above.
| Record and evidence | System | Organization | Country as supplied | Directory category | Source snapshot / document date | Evidence basis |
|---|---|---|---|---|---|---|
DRONE DOMEOpen evidence and sourcesEvidence record AD-PREVIEW-001
Source documents | DRONE DOME | RAFAEL | Not established | Integrated counter-UAS system | Not established | Manufacturer product description |
DroneSentryOpen evidence and sourcesEvidence record AD-PREVIEW-002
Source documents | DroneSentry | DroneShield | Not established | Fixed-site counter-UAS system | Not established | Manufacturer product description |
Anti-UAV Defence System (AUDS)Open evidence and sourcesEvidence record AD-PREVIEW-003
Source documents | Anti-UAV Defence System (AUDS) | Blighter Surveillance Systems; Chess Dynamics; Enterprise Control Systems | United Kingdom | Integrated counter-UAS system | 2015-05-19 | Historical manufacturer announcement |
The public sample demonstrates the evidence structure. Request a demo to discuss the scope and access to approved anti-drone research. Signing in alone does not grant a module license.
No. Meaningful comparison requires the target, range, environment, test method and performance metric. Directory descriptions do not replace controlled testing or current product documentation.
Only with a reviewed scope and overlap method. Multi-function systems can appear in more than one category, so combining categories without that control can double-count the same equipment.