Right Tool for the Right Job
Bad Elf GNSS solutions belong in your professional mapping toolbelt the same way a multi-tool belongs on a jobsite: you grab it when the work gets real, and it keeps working when conditions get weird. Bad Elf pairs cleanly with third-party apps like Esri Field Maps, PointMan by PROSTAR, Pix4Dcatch, and Apglos Survey Wizard, so crews of any technical level can collect higher-quality location data without changing their entire workflow. Bad Elf even publishes specific Esri guidance and integration paths to help you get set up fast.
Bad Elf GNSS + apps = a flexible field stack
Here’s the simple pattern that works across verticals:
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Bad Elf GNSS receiver supplies better positioning than a phone/tablet GPS (sub-meter and, when configured, down to centimeter workflows). (Esri)
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Your app (Field Maps / PointMan / Pix4Dcatch / Apglos) captures features, attributes, photos, and forms in the schema your organization already uses. (ArcGIS)
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Specialty peripherals (rangefinders, base/rover radios, utility locators) solve the “can’t stand on it” and “can’t get corrections” problems that eat schedules for breakfast. (Bad Elf)
Result: cleaner maps, tighter QA/QC, less rework, and more confidence when you hand data to engineering, construction, operations, or regulators.
Utility, water, oil and gas, sewer, telecom: where this stack shines
Bad Elf doesn’t “pick one” vertical. Fieldwork repeats the same pain points everywhere:
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Water & sewer: map valves, manholes, hydrants, lift stations, cleanouts, and service laterals with consistent positional metadata for maintenance and capital planning.
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Electric utilities: capture poles, transformers, switches, and inspections fast especially when assets are numerous and crews vary in experience.
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Oil & gas: collect remote assets with base & rover, corridor features, integrity observations, and as-builts in places where cellular corrections disappear (and the wind tries to steal your tripod). (Bad Elf)
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Telecom: document cabinets, pedestals, handholes, and routes with repeatable positions to reduce “tribal knowledge mapping.”
Flex Mini: the “deploy it everywhere” receiver
The Flex Mini is the versatile, easy-to-scale option—especially when you want more people collecting more features with less training.
Use it when you need:
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Large deployments: outfit many users for asset inventory and routine maintenance mapping (think “army of collectors”). MSRP $499.99 for Mini Standard and $1,499.99 for Mini Extreme. (Bad Elf)
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3D scanning support: pair GNSS with mobile capture workflows used for terrestrial scanning and reality capture. Pix4D specifically notes compatibility with Bad Elf Flex for mobile scanning workflows, and PIX4Dcatch supports connecting to RTK devices for higher-accuracy geotagging. (Pix4D)
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Utility locator attachment workflows: PointMan positions itself as integrating with Bad Elf receivers and “major EM locate devices,” making it a practical stack for subsurface asset capture and lifecycle management. (Bad Elf)
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All-around versatility: compact mounting options (phone/backpack/monopod) and “mapping-grade” field use. (Bad Elf)
Flex: the “push accuracy and capability” receiver
The larger Flex family is where you go when you need more control, more accuracy modes, and more ways to solve hard collection scenarios.
Use it when you need:
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Extreme, survey-grade workflows: Flex Extreme is capable of accuracy “as good as 1 cm horizontal.” MSRP $2,999.99 for Flex Standard and $5,999.99 for Flex Extreme. (Bad Elf)
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A “people’s total station” workflow with rangefinders: Bad Elf documents a laser offset workflow that combines Bad Elf Flex + LTI TruPulse + Esri Field Maps to collect position and height where you can’t safely occupy the point (fences, water, traffic, steep slopes). (Bad Elf)
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Base/rover in no-internet zones: The Bad Elf Flex base/rover feature using two receivers and UHF radios for centimeter workflows where RTK networks/cellular coverage don’t exist. (Bad Elf)
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Budget-friendly “only pay when you need it” accuracy: Bad Elf tokens are $25/day to unlock advanced features that normally require expensive subscriptions, which helps teams match cost to project demand.
Right tool for the right trade
GNSS is powerful, but it isn’t magic.
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Indoor mapping: GNSS won’t behave in a warehouse, basement, or tunnel—use BLE beacons, UWB, LiDAR SLAM, Wi-Fi RTT, or good old floor plans and control.
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Urban canyons: tall downtown corridors can block satellites and create multipath reflections, degrading accuracy.
Professional move: do due diligence and plan collection windows, set realistic accuracy thresholds, use the right correction source (RTK, L-band, base/rover), and validate against control when it matters. That’s how you turn “GPS vibes” into defensible location intelligence.
Bottom line
Bad Elf GNSS + the right third-party app + the right peripheral turns mapping into a repeatable system. Whether you’re a one-person GIS shop or a multi-crew utility operation, our solutions scale for your needs. Keep the mindset simple: match the tool to the task, then let the workflow do the heavy lifting.
For questions, recommendations, or a quick fit check on your use case, contact sales@bad-elf.com.
Dr. Smilovsky is the Geospatial Solutions Director for Bad Elf, a GNSS technologies company. Dr S is a faculty member at Arizona State University teaching various GIS and design classes. He is a certified Geographic Information Systems Professional, a certified Arborist, and a Part 107 certified UAV pilot. As a geospatial evangelist, custom geospatial solutions provider, and geographic researcher Dr. S is widely versed in all things geodetic. He is a proud Geoholic!