<h2>Yunshis TOFCAM660 LiDAR</h2><p>Yunshis TOFCAM660 LiDAR is a Yunshis lidar for robotics sensing, distance measurement, automation, and embedded development workflows.</p><h3>Features</h3><ul><li>LiDAR for robot perception and ranging applications</li><li>Designed for robotics developers, education labs, automation teams, and embedded system integrators</li><li>Supports distance sensing use cases such as obstacle detection, positioning, and environment awareness</li><li>Product media, specifications, and downloadable support files are mapped from the reference page when available</li></ul>
GET A QUOTE
Get A Quote
Yunshis | SKU:
Yunshis TOFCAM660 LiDAR | Compact LiDAR Sensor for Robotics & Automation
- LiDAR designed for robotics sensing and automation projects
- Supports robot distance measurement, obstacle awareness, and embedded perception workflows
- Suitable for robotics developers, research labs, education projects, and automation prototypes
- Technical specifications and downloadable support files are preserved from the reference source when available
- Draft Shopify listing prepared for the Yunshis lidar product line
Regular price
$4,575
Unit price
Yunshis TOFCAM660 LiDAR | Compact LiDAR Sensor for Robotics & Automation - 81m range (made to order) is backordered and will ship as soon as it is back in stock.
Warranty
Warranty
- 1-year limited warranty for the main unit.
- 6-month limited warranty for the battery.
- For service support, please contact customer care with proof of purchase.
Shipping
Shipping
• Free shipping on qualifying orders. Eligibility and exact rates are calculated at checkout.
• Typical delivery 9 – 15 business days.
• Need it faster or shipping something large? Contact us for expedited options and a freight quote.
Application Scenarios
Humanoid Robots
Robotic Arms
Exoskeletons
Quadruped Robots
AGV Vehicles
ARU Robots
▤ Technical Specifications ⌃
Parameter
Description
Conditions
Min.
Typical
Max.
Units
Comments
VCO
Main supply voltage
Ripple < 50 mVPP
—
24
—
VDC
ICO
Supply current
—
—
—
A
λ
Operating wavelength
940
nm
RESRANGE
Image resolution
320 × 240
Pixel
QVGA
FoV
Field of view
Version NF
31 × 24
°
Refer to Chapter 4.3
Field of view
Version SF
70 × 51
°
Refer to Chapter 4.3
Field of view
Version WF
108 × 77
°
Refer to Chapter 4.3
Field of view
Version UWF
125 × 93
°
Refer to Chapter 4.3
DR
Measuring range in dark
Version NF
0.5
96
m
2% accuracy on 90% reflective target, dark
Measuring range in dark
Version SF
0.3
38
m
2% accuracy on 90% reflective target, dark
Measuring range in dark
Version WF
0.2
18
m
2% accuracy on 90% reflective target, dark
Measuring range in dark
Version UWF
0.2
12
m
2% accuracy on 90% reflective target, dark
DM
Measuring range on full sunlight
Version NF
0.5
38
m
2% accuracy on 90% reflective target, 100kLux ambient light
Measuring range on full sunlight
Version SF
0.2
10
m
2% accuracy on 90% reflective target, 100kLux ambient light
Measuring range on full sunlight
Version WF
0.2
5
m
2% accuracy on 90% reflective target, 100kLux ambient light
Measuring range on full sunlight
Version UWF
0.2
4
m
2% accuracy on 90% reflective target, 100kLux ambient light
Acc
Accuracy, measuring range min. ... 2m
±4
cm
Mean of 100 samples
Acc
Accuracy, 2m ... measuring range max.
±2
%
fMOD
Modulation frequency selectable
0.75
24
MHz
Refer to unambiguity range
DUnambiguity
Unambiguity range
@ fMOD = 24MHz
6.25
m
Unambiguity range
@ fMOD = 12MHz
12.5
m
Unambiguity range
@ fMOD = 6MHz
25
m
Unambiguity range
@ fMOD = 3MHz
50
m
Unambiguity range
@ fMOD = 1.5MHz
100
m
Unambiguity range
@ fMOD = 0.75MHz
200
m
fSHIFT
Channel 0
0
MHz
To avoid interference in multi camera operation environment
Channel 1
-fMOD / 30
MHz
To avoid interference in multi camera operation environment
Channel 2
-fMOD / 34 approx.
MHz
To avoid interference in multi camera operation environment
Channel 3
-fMOD / 40
MHz
To avoid interference in multi camera operation environment
Channel 4
-fMOD / 48
MHz
To avoid interference in multi camera operation environment
Channel 5
-fMOD / 60
MHz
To avoid interference in multi camera operation environment
Channel 6
-fMOD / 80
MHz
To avoid interference in multi camera operation environment
Channel 7
-fMOD / 120
MHz
To avoid interference in multi camera operation environment
Channel 8
-fMOD / 240
MHz
To avoid interference in multi camera operation environment
Channel 9
+fMOD / 240
MHz
To avoid interference in multi camera operation environment
Channel 10
+fMOD / 120
MHz
To avoid interference in multi camera operation environment
Channel 11
+fMOD / 80
MHz
To avoid interference in multi camera operation environment
Channel 12
+fMOD / 60
MHz
To avoid interference in multi camera operation environment
Channel 13
+fMOD / 48
MHz
To avoid interference in multi camera operation environment
Channel 14
+fMOD / 40
MHz
To avoid interference in multi camera operation environment
Channel 15
+fMOD / 34 approx.
MHz
To avoid interference in multi camera operation environment
Channel 16
+fMOD / 30
MHz
To avoid interference in multi camera operation environment
tINT
Integration time selectable for distance
1
4000
µs
tINT
Integration time selectable for gray scale
1
100000
µs
tCYCLE
Measurement cycle time for full TOF image
@ tINT = 1000µs
—
s
tPWR_UP
Power up time until acceptance of commands
1.5
s
tWARM_UP
Warm-up time until output data is in tolerance
—
s
ΦAL
Ambient-light suppression
Indirect, on target
> 100
kLux
TA
Ambient temperature range
Operation and storage
-20
60
°C
RH
Relative humidity
Non-condensing
15
90
%
W
Weight
Without cable
600
g
ESD
Electrostatic discharge rating
Human body model
JEDEC HBM class 1C (1kV to < 2kV)
EMC / EMI
EMC emission
EN 61000-6-3:2011-09
Eye safety
Refer to Chapter 1.1.
IEC 62471:2006
