DJI Neo 2 arrives with LiDAR in a palm-sized package
DJI has expanded its compact drone lineup with the Neo 2, a successor to the palm-sized Neo that debuted in late 2024. The new model adds cutting-edge LiDAR sensing to an ultra-portable frame, aiming to appeal to professionals and enthusiasts who need precise depth data without sacrificing portability.
Launched first in China on October 30, the Neo 2 is now rolling out to a broader international audience. From November 13, consumers in Europe, Canada, and Brazil will be able to purchase the drone, with availability following in additional regions as supply chains normalize. The worldwide rollout underscores DJI’s strategy of blending advanced technology with compact form factors to meet the needs of aerial photographers, surveyors, and developers who require quick setup and reliable performance on the go.
What makes the Neo 2 different
The standout feature of the Neo 2 is its onboard LiDAR module, which enhances obstacle avoidance and 3D mapping in challenging environments. While many compact drones rely on optical sensors or stereo vision, LiDAR provides dense, accurate distance measurements even in low-light conditions or cluttered spaces. This makes the Neo 2 a compelling option for indoor navigation, structural inspection, and autonomous flight scenarios where precision matters.
Beyond LiDAR, the Neo 2 retains the portability and ease of use that DJI’s Neo line promises. The drone is described as ultra-compact, folding into a pocket-friendly size that simplifies travel and field deployments. Users can expect a reliable flight experience with DJI’s stabilized gimbal, responsive controls, and a suite of intelligent flight modes designed to simplify data collection without requiring a steep learning curve.
Key specs and anticipated performance
While exact specifications vary by region and firmware, early disclosures suggest the Neo 2 will feature:
- Compact, foldable design optimized for portability
- Incorporated LiDAR for precise depth sensing and safer navigation
- High-quality stills and video capability suitable for professional applications
- Enhanced flight safety features and intelligent flight modes
As with DJI’s other drones, regional certifications and firmware updates will determine the final feature set available in each market. The Neo 2’s LiDAR integration has the potential to broaden use cases, from fast-scoping surveying to rapid urban mapping, where a quick setup and dependable performance are crucial.
Global rollout and market potential
DJI’s decision to release the Neo 2 across Europe, Canada, and Brazil signals confidence in growing demand for compact, capable drones. In Europe, where drone operators increasingly value portable solutions for inspections and event coverage, the Neo 2 could become a go-to tool for professionals who need LiDAR on the fly. In North and South America, the combination of portability and depth sensing opens opportunities in building diagnostics, environmental monitoring, and search-and-rescue demonstrations—where size and data accuracy matter equally.
DJI is likely to position the Neo 2 as a versatile accessory for a range of workflows, rather than a single-use device. As more regions obtain access to this LiDAR-enabled compact drone, the ecosystem around third-party accessories, software compatibility, and training resources is expected to expand, supporting faster adoption and more diverse use cases.
What buyers should know
Interested buyers should watch for region-specific pricing, availability windows, and bundled offers that may include extra batteries or protective cases. Prospective customers should also consider the learning curve associated with LiDAR data processing. While DJI’s software ecosystem aims to streamline data capture and processing, users may benefit from introductory tutorials and practice flights to maximize the Neo 2’s potential.
In summary, the DJI Neo 2 advances the idea that you don’t have to sacrifice portability for capabilities. With LiDAR at its core and a compact design, it’s positioned to become a staple for professionals and hobbyists who demand high-quality depth data without lugging around heavy gear.
