The Tool Desk
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What a $500 target does—and does not—mean
A production-cost target is a supplier’s stated goal or expectation for a sensor made in automotive volumes. It is not evidence that a buyer can order one sensor today for that amount. The announcements also do not establish a current transaction price, consumer listing, or replacement-part price for any of the products below.
That distinction matters because the figures are attached to different time frames and terms: Velodyne used “target price” for automotive mass-production quantities in 2016 and “target price” for high-volume production in 2020; Cepton described a target below $500 in automotive volumes in 2023; Ouster described $600 as an expected price for automotive production programs in 2020. These are not equivalent to published retail prices or confirmed quotes.
How the announced sensors compare
The figures below are the suppliers’ announcement-era specifications and plans. They should not be read as evidence of present-day production status or current pricing.
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- TOFFUTURE Lidar is based on the principle Of TOF (Time Of Flight), using 940nm VCSEL light source, with unique design. The ranging module of optical, electronic and structural design can realize the demand of high speed and high precision ranging.
- Using UART and IIC communication, the information of measuring distance can be obtained. This flash lidar can also be configured as IO side , so as to determine whether there is an object within a certain range.
- 【High Performance】Operating range of this lidar sensor is 0.3m-30m (indoor/90% reflectivity). To improve applicability, XT-S1 lidar supports common communication interfaces — UART and IIC. Our lidar camera is compatible with STM32,Raspberry Pi and Arduino.
- 【Compact and Lightweight Design】 With 43mm×16mm×27mm small size which easy to install and integrate into any products, and also with only 9g weight could meet the require those applications strictly need load requirements. Package Includes: 1pcs * XT-S1 Lidar Range Finder Sensor & 1pcs * 30cm 6P Cable
- 【Versatile Compatibility】 Compatible with a range of platforms including drones, service robot, intelligent transportation and other microcontroller-based systems, enabling endless possibilities for innovation and automation.
| Sensor and announcement | Price statement | Range and stated conditions | Other stated specifications | Production or architecture note |
|---|---|---|---|---|
| Velodyne Solid-State Hybrid Ultra Puck Auto (2016) | Target below $500 per unit in automotive mass-production quantities | 200 m; reflectivity condition not stated in the 2016 announcement summary | Field of view, power, and angular resolution not stated in the 2016 announcement summary | Described as solid-state hybrid; supplier announcement cited Ford as an industry customer |
| Velodyne Velarray H800 (2020) | Target below $500 at high-volume production | Not stated in the 2020 announcement summary | Compact sensor for ADAS and autonomous mobility; numerical field of view, power, and resolution not stated in the 2020 announcement summary | Designed for high-volume automotive applications, according to Velodyne’s 2020 release |
| Cepton Vista-X90 Plus (2023) | Target below $500 in automotive volumes | 200 m maximum at 10% reflectivity | 90° horizontal field of view; power below 13 W; angular resolution not stated in the 2023 announcement summary | Described as automotive-grade; announcement does not establish a consumer retail channel |
| Cepton Ultra (January 2024) | Not stated in the January 2024 announcement summary | 300 m maximum at 10% reflectivity | 0.05° resolution; maximum field of view 120° × 25°; typical power 12 W | Announced in January 2024; production timing not stated in the announcement summary |
| Ouster ES2 (2020) | Expected $600 price for automotive production programs | Over 200 m; reflectivity condition not stated in the 2020 announcement summary | Field of view, power, and angular resolution not stated in the 2020 announcement summary | Announced as a true solid-state digital architecture with no moving parts; volume production was planned for 2023, a plan that is not proof of actual production |
| Aeva Atlas (2024) | Not stated in the 2024 announcement summary | Up to 500 m maximum; reflectivity condition not stated in the 2024 announcement summary | 4D FMCW LiDAR; silicon-photonics and system-on-chip architecture; field of view and power not stated in the 2024 announcement summary | Production-vehicle release was expected from 2025; that forward-looking date does not establish current delivery status |
| AEye/Continental HRL131 (2022) | Not stated in the 2022 announcement summary | Exceeding 500 m; reflectivity condition not stated in the 2022 announcement summary | Solid-state long-range LiDAR for Level 2–Level 4 systems; field of view, power, and resolution not stated in the 2022 announcement summary | Mass production was planned for 2024; the plan alone does not confirm that it began |
Which sensors were actually announced near $500?
Velodyne: two sub-$500 production targets
The Solid-State Hybrid Ultra Puck Auto announcement in 2016 paired a 200 m range claim with a target below $500 per sensor in automotive mass-production quantities. In 2020, Velodyne gave the Velarray H800 a separate below-$500 target for high-volume production and said it was designed for automotive applications. Neither statement gives a verified price for an individual retail purchase.
Cepton: the clearest accompanying performance details
Cepton’s 2023 Vista-X90 Plus announcement is the most specific of the sub-$500 claims in this comparison: it gives a below-$500 target for automotive volumes alongside a 200 m maximum range at 10% reflectivity, 90° horizontal field of view, and power consumption below 13 W. Those details help describe the sensor, but do not turn the target into an orderable price.
Rank #2
- GZCBDSM Solid-State LiDAR CS20-P ToF Image Sensor
Ouster: a nearby, but higher, expected program price
Ouster’s ES2 announcement set an expected $600 price for automotive production programs, rather than a below-$500 target. Ouster also described a roadmap toward lower costs and said the ES2 used a digital solid-state architecture with no moving parts. Its announcement-era plan for volume production in 2023 should not be treated as confirmation of current production or availability.
Why range alone cannot identify the best value
Maximum-range figures are not directly comparable when the measurement conditions differ or are missing. Cepton states 10% reflectivity for both the Vista-X90 Plus and Cepton Ultra; several other range claims do not state a reflectivity condition in the announcement summaries. A longer headline range therefore does not, by itself, show that one sensor detects objects more reliably in the same conditions.
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- High Performance: Supports various interfaces including UART and I2C to meet broader application scenario requirements.Range of up to 40m with high accuracy of ±5cm (0.1-40m)
- Interference Resistance: Works under 100K lux illumination conditions without interference from temperature, humidity, light, and airflow.Refresh rate up to 1000Hz for real-time distance detection at 100Hz
- Higher Precision: Scanning frequency up to 1000 Hertz (Hz), real-time detection of distance, refresh rate of 100 Hertz (Hz) per second.Small size of 69x41.5x26mm and lightweight at only 50g for easy integration
- High Protection Level: IP65-level design that resists dust and water.IP65 protection from dust and water and operates under 100 Klux ambient light
- Compact and Lightweight: Only 69mmx41.5mmx26mm in size and weighs only 5 grams, suitable for integration into small applications.Multiple interface support including UART and I2C for wider range of applications
For an automotive design decision, compare more than range and price:
- Detection conditions: Check reflectivity, operating conditions, and how “maximum range” is defined. A range number without comparable test conditions cannot settle a head-to-head comparison.
- Coverage and detail: Field of view and angular resolution affect what portion of the scene the sensor covers and how finely it represents that scene. The published summaries do not provide these values for every product.
- Power and vehicle integration: Power draw, physical packaging, and integration requirements can affect whether a sensor suits a particular vehicle. Only some of the announcements give power figures; dimensions and integration details are not consistently stated here.
- Architecture: “Solid-state” does not mean every sensor uses the same design. The announcements describe a hybrid sensor, a digital architecture with no moving parts, and an FMCW design using silicon photonics and a system-on-chip architecture. The label alone does not establish equivalent performance.
- Automotive qualification: Ask suppliers for the relevant functional-safety and cybersecurity evidence, as well as qualification and validation status for the intended vehicle program. Those qualification details are not established by the price and range claims above.
- Program maturity: Separate a product announcement, a planned production date, sampling, and confirmed volume supply. A date stated as an expectation or plan is not proof that production started or that a sensor is available for a new program.
Can a consumer buy one for $500?
The cited announcements do not establish a current $500 retail transaction price, a verified Amazon listing, or a consumer-ready replacement part for these automotive sensors. Their price language is tied to automotive-volume manufacturing or vehicle production programs. Treat them as OEM components unless a supplier or authorized channel confirms the specific product, purchasing terms, and price for your use case.
Quick Recap
Best Value
- Revolutionary Solid-State Design: As the world’s first fully solid-state digital LiDAR dedicated to robots, E1R features no moving parts, ensuring exceptional durability and reliability even in harsh environments.
- Superior Perception: With a 120°×90° wide field of view and a max range of 75m (30m @10% reflectivity), it captures high-resolution 3D data, enabling precise obstacle detection and SLAM in both indoor and outdoor settings.
- Ultra-High Point Cloud Density: Generates 260,000 points/second with 144-line structured scanning, delivering detailed environmental modeling for accurate navigation and decision-making.
- Compact & Elegant Integration: Its slim profile (7mm window thickness) and flat window design allow flexible, seamless installation on various robot structures, along with a standard 1/4" threaded mount for easy debugging.
- All-Weather Reliability: Built on automotive-grade E-platform standards, it operates from -40°C to +85°C, withstands 50G vibration shocks, and boasts IP67/IP6K9K ratings for dust/water resistance.
Rank #4
- [Wide detection range]The lidar sensor GS2 is Solid State Laser Sensor,provide FOV 100° ,Provides 808nm and 850nm two waveband options, the detection signals do not interfere with each other, and can be used together.
- [Small detection range blind area]The lidar sensor GS2 Detectable distance is 25mm~300mm
- [Good obstacle avoidance effect] The smallest object lidar sensor GS2 with a diameter of 3mm can be detected
- [25.6x23.6x10.9mm] The lidar sensor GS2 Can be flexibly integrated into various small smart devices, fully satisfying the detection needs of sweeping robots and service robots.
- [Application] The robot avoids obstacles along the wall.
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
