Newport Beach Greenlights $2M BRINC Drone Program to Revolutionize Police Response

On February 25, 2025, the Newport Beach City Council unanimously approved a five-year, $2,176,037.60 contract with BRINC Drones Inc. to launch an advanced drone program for the city’s police department. This move marks a significant step toward integrating cutting-edge unmanned aerial systems (UAS) into public safety operations, promising faster 911 response times and enhanced situational awareness. With seven American-made drones, a network of charging stations, and sophisticated software, the initiative positions Newport Beach as a leader in the growing Drone as First Responder (DFR) trend.

A Closer Look at the BRINC Contract

The $2.17 million agreement with Seattle-based BRINC Drones Inc. covers the acquisition of seven drones, along with the infrastructure and services needed to deploy them effectively. This includes charging stations strategically placed across the city, operational software, maintenance, and Federal Aviation Administration (FAA) approval processes. BRINC, a company founded by 24-year-old CEO Blake Resnick, offered Newport Beach a 30% discount off the list price, reducing the financial burden of this high-tech investment. The contract also includes provisions for equipment upgrades in years three and five, ensuring the fleet remains state-of-the-art.

Six of the drones are BRINC’s Responder model, touted by Resnick as “the world’s first purpose-built 911 response drone.” These units are designed to integrate with computer-aided dispatch systems, enabling them to launch from a citywide network of recharging stations within seconds of a 911 call.

“We grab that GPS coordinate and automatically dispatch an aircraft to that location,” Resnick explained during the council meeting, emphasizing a response time measured in “tens of seconds.”

The seventh drone, a smaller, more agile model, is tailored for SWAT operations and crisis negotiations, boasting features like night vision, thermal imaging, and real-time 3D mapping capabilities.

Technical Breakdown of the Drone Fleet

The Responder drones form the backbone of Newport Beach’s DFR program. Five of these will be stationed at key locations to provide rapid coverage across the city’s 25 square miles, operated by civilian detectives from the newly opened Crime Information Center (CIC). A sixth Responder will support patrol officers directly. Each drone is equipped with live-feed cameras, offering real-time surveillance without exposing officers to immediate risk. With a flight time of approximately 40 minutes—based on similar models like the BRINC Responder showcased in 2024—these drones rely on their charging “nests” to maintain operational readiness.

The seventh drone, likely a variant of BRINC’s LEMUR 2, brings specialized capabilities to the table. Its compact design allows it to navigate confined spaces, such as building interiors, making it ideal for tactical scenarios. The inclusion of thermal imaging and LiDAR-based 3D mapping—technologies proven in BRINC’s prior deployments—enables precise reconnaissance, potentially de-escalating high-stakes situations like barricades or hostage crises. These specs align with BRINC’s focus on purpose-built UAS for public safety, a niche it has carved out since Resnick founded the company in 2017 following the Las Vegas mass shooting.

Strategic Deployment and Operational Impact

Newport Beach’s drone program builds on a foundation of recent tech upgrades at the Newport Beach Police Department (NBPD). The CIC, launched in January 2025, serves as the nerve center for this initiative, staffed by three civilian detectives who will oversee drone operations alongside data from 69 automated license plate readers (ALPRs) installed in October 2024. This integration reflects a broader trend of law enforcement leveraging technology to enhance efficiency, a strategy already validated by trailblazers like Chula Vista, California, where DFR programs resolved 25% of calls without officer dispatch.

The five Responder drones will be prepositioned to ensure a two-minute response time to any corner of Newport Beach, a capability that could prove transformative in emergencies like burglaries, missing persons searches, or wildfires. Posts on X from the NBPD on February 26, 2025, highlighted this goal, noting the program’s potential to “improve response times, increase situational awareness, and assist in fire and rescue efforts.” Meanwhile, the tactical drone’s maneuverability offers a safer alternative to sending officers into volatile situations, a point underscored by Chief Dave Miner during a January 31 community update.

Industry Context and Market Implications

Newport Beach’s adoption of BRINC’s technology reflects a surging demand for DFR programs across the U.S. Agencies in cities like Hawthorne, California, and Schenectady, New York, have also partnered with BRINC, attracted by its all-in-one ecosystem—hardware, software, and training bundled into a single package. The company’s Responder drone, unveiled in May 2024, has positioned it as a direct competitor to firms like Skydio and DJI, though BRINC’s emphasis on American manufacturing aligns with growing regulatory scrutiny of Chinese-made UAS. Recent moves to ban DJI drones in government use, likely influenced Newport Beach’s choice of a National Defense Authorization Act (NDAA)-compliant provider.

This contract also signals BRINC’s rising market clout. With over 600 public safety agencies already using its products and more than $80 million in funding from investors like OpenAI’s Sam Altman, the company is scaling rapidly. For Newport Beach, the discounted $2.17 million deal—equivalent to roughly $435,000 per year—offers a cost-effective entry into DFR compared to developing an in-house program, though it’s not without risks. The reliance on a single vendor could limit flexibility if BRINC’s technology fails to evolve with the market.

Regulatory and Infrastructure Considerations

Deploying drones in Newport Beach isn’t just a matter of flipping a switch. The city lies almost entirely within John Wayne Airport’s airspace, requiring NBPD to secure FAA waivers for beyond-visual-line-of-sight (BVLOS) operations—a hurdle other agencies, like Redmond, Washington, overcame in 2024 with FAA approval. BRINC’s contract includes FAA coordination, but the process could delay full deployment beyond the projected 90-day timeline post-approval.

Infrastructure poses another challenge. The charging stations, or “nests,” must be installed on rooftops with reliable power and cellular connectivity, a task complicated by Newport Beach’s coastal environment and dense urban layout. While BRINC’s Responder Station is designed for autonomy, ensuring airspace deconfliction with commercial traffic and recreational drones will demand robust software integration, likely via BRINC’s LiveOps platform.

A High-Stakes Bet on Drone-Driven Safety

Newport Beach’s $2.17 million investment in BRINC’s drone technology heralds a new era for its police force, blending rapid response with tactical precision. If successful, the program could set a benchmark for mid-sized cities, proving that UAS can bridge staffing gaps and enhance public safety without breaking the bank. Yet, the initiative isn’t without scrutiny—privacy advocates may question the expansion of aerial surveillance, and technical hiccups could test the NBPD’s reliance on a fledgling vendor.

Looking ahead, this move could ripple through the drone industry, accelerating DFR adoption as agencies weigh cost, capability, and compliance. For now, Newport Beach stands at the forefront of a shift that’s redefining first response—one drone at a time.

DroneXL’s Take

The NBPD’s leap into DFR aligns with a critical pivot in public safety tech, but its success hinges on execution. BRINC’s Responder offers impressive specs, but real-world performance—especially in a coastal city with airspace constraints—will be the true test. If the NBPD can navigate regulatory and logistical hurdles, this could become a model for others. Still, the single-vendor approach raises a red flag; diversification might mitigate risks in this fast-evolving field.

Photo courtesy of the city of Newport Beach / YouTube