Bad Elf GNSS Surveyor

Name: Bad Elf GNSS Surveyor - Bluetooth GNSS Receiver & Datalogger
Brand: Bad Elf
SKU: 8355
Availability: InStock

MPN: BE-GPS-3300

$949.99

Bluetooth GNSS Receiver & Datalogger with Barometric Sensor, Perfect for iOS/Android/Windows/Mac applications that need 1 meter accuracy using U-BLOX SBAS+PPP. Also supports differential GPS (DGPS) using RTCM 2.3 correction messages

In stock

SKU: 8355 Categories: Bluetooth GPS, Sensors, GPS Units, GNSS & GIS, GPS/OEM Sensors & Receivers Tag: Extended Warranty

Bluetooth GNSS Receiver & Datalogger with Barometric Sensor

Perfect for iOS/Android/Windows/Mac applications that need 1 meter accuracy using U-BLOX SBAS+PPP
Also supports differential GPS (DGPS) using RTCM 2.3 correction messages

The Bad Elf GNSS Surveyor delivers ~1-meter positioning out of the box to the iPad for use in GIS, mapping, agriculture, and survey activities. The GNSS Surveyor can also stream raw satellite data to applications, which can then implement their own differential GPS or RTX algorithms to achieve precise positioning on the order of 10-50 cm via post processing.

GIS/Mapping Features

Stationary high precision GNSS as low as 1m out of the box with PPP in regions with SBA coverage
Post-processing support via RINEX conversion available in the Bad Elf app
Differential GPS (DGPS) supported using Internet delivered RTCM 2.3 via built-in NTRIP client.
56 channel receiver supports GPS (US) and QZSS (Japan) constellations with SBAS (WAAS/EGNOS/MSAS), or GLONASS (Russia)
Obtain altitude from GPS or from the built-in barometer, which can be calibrated to a known altitude or pressure
No internet connection or monthly subscription required

Bluetooth GPS Features

Sample rate configurable to 10Hz
View GPS + GLONASS status quickly with the backlit LCD
All day battery life allows you to track for up to 35 hours (24 hours when streaming over Bluetooth)
Log up to 5 hours of raw satellite data directly on your GNSS Surveyor
Access data logs directly from any PC or Mac using the included USB cable. GPS appears just like a USB thumb drive
USB connectivity to PC or Mac provides streaming data, raw or NMEA
Quickly acquires satellite lock without cell tower assistance. Hot start time as quick as 1 second
IPX4 splash resistance makes this device ready for outdoors.

GPS Technical Specs:

< 1 meter stationary accuracy with SBAS+PPP (In ideal conditions, unobstructed view, with SBAS lock, device allowed to settle for at least 2 minutes)
2.5 meter accuracy while in motion
60,000ft/18,000m maximum altitude
1000mph/1600kph maximum speed
Up to 10Hz position update rate
Fast GPS lock times (45 secs or less)
56-channel u-blox7 engine – GPS L1 C/A, GLONASS L1 FDMA, QZSS L1 C/A (Navigation possible on GPS/QZSS or GLONASS, simultaneous operation not available)
RTCM support (via 3rd party apps and SDK)
SBAS/WAAS/EGNOS/MSAS
Barometer for barometric altitude
Bright yellow enclosure to find easily outdoors

App Support.

The GNSS Surveyor works out of the box with all location services aware iOS apps, but requires custom integration using the Bad Elf SDK to access the advanced data and features available. Bad Elf has begun working with several developers to support the GNSS Surveyor directly. If you have an app and would like to support the GNSS Surveyor, please contact support today.

Affordable & Simple to use.

At Bad Elf, we strive to create high quality, dependable products consistent with Apple’s philosophy of “It just works!” Just turn on your Bad Elf GNSS Receiver and get to work. No complicated setup. Extra long battery life. No hassles.

Great Products. World-Class Service.

Need assistance? Bad Elf works hard to provide world-class customer service. If you have questions or concerns, please ask.

ACCURACY STATEMENT

Bad Elf performs a variety of controlled tests on each product to test expected performance. Factors such as satellite geometry, multipath, environmental conditions are considered in our testing process. Statements of accuracy are in ideal, or near ideal conditions, using best practices for field data collection.

GPS+PPP+SBAS ACCURACY

The GNSS Surveyor is capable of producing 1 meter CEP positional accuracy using GPS+PPP+SBAS. uBlox states that “PPP technology is made possible by stabilizing measurements of the distance between GNSS satellites and the receiver (pseudo-ranges) using carrier phase tracking. Additional accuracy is achieved from ionospheric correctional data received from satellite-based augmentation systems.”

The image below represents a sample of what one can expect when using a GNSS Surveyor statically placed over a fixed location for 15 minutes. The center of the circle represents a know surveyed location that all of the measurements are calculated from. The requisite setup for this configuration includes:

Greater than 6 satellites visible and locked
SBAS signals being received and SBAS satellites locked
Clear view of the sky above 15 degrees from the horizontal

Conditions and results: Avg NSV=7, CEP (0.52m), 2DRMS @95% (1.26m)

DGPS ACCURACY

The GNSS Surveyor is capable of producing 1 to 1.5 meters (CEP) positional accuracy using DGPS and RTCM 2.3. Differential corrections are Code-Phase GPS corrections and require a nearby reference station sending data over NTRIP.

Greater than 6 satellites visible and locked
RTCM 2.3 feed active for at least 2 minutes
Clear view of the sky above 15 degrees from the horizontal)

Conditions and results: Avg NSV=7, CEP (1.09m), 2DRMS @95% (2.72m)

STAND ALONE ACCURACY

Accuracy in non-SBAS regions or using GLONASS instead of GPS is typically between 2-2.5m CEP for static occupations. Stand alone performance is measured using the following parameters: