Report updated Jun 20, 2026
Field of View Calculator
For researchers, scientists, and technicians who use Apogee infrared radiometers for environmental monitoring and plant canopy studies.
Field of View Calculator is an established business app that is completely free. With a 5.0/5 rating from 1 reviews, it shows polarized user reception. Users particularly appreciate calculation shortcuts provide significant time savings for users performing repetitive mathematical tasks within the application, though critical ui layout failures cause buttons to render off screen on high resolution android devices remains a common concern.
What is Field of View Calculator?
Field of View Calculator is a utility app for researchers to determine infrared radiometer mounting geometry on iOS and Android.
Researchers hire this tool to ensure sensor accuracy during field installation, as incorrect geometry leads to erroneous temperature data in energy balance studies.
Current Momentum
v1.0 · 2mo ago
Maintenance- Ships Android 15 compatibility update.
- Released general iOS bug fixes.
Active Nemesis
NEB Tools
By New England Biolabs
Other Rivals
7-Day Rank Pulse 🇺🇸
BusinessNo ranking data
Rating Pulse 🇺🇸
Recent User Mood
What makes this app unique?
What Does It Look Like?
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What Are The Key Features?
Calculates measured surface area based on sensor height and viewing angle inputs for Apogee infrared radiometers
Dropdown menu to select specific Apogee infrared radiometer models for precise geometry calculations
Manual entry fields for viewing height and angle relative to nadir
How much does it cost?
- Free
The app is provided as a free utility to support the sale and installation of Apogee Instruments hardware.
Who Built It?
Enrichment in progress
Publisher profile available very soon
What other apps does Apogee Instruments make?
Clear Sky Calculator
App
What do users think recently?
Low confidence · 2 reviews analyzed
How did the latest release land?
What is the recent mood?
Recent user voice shows a mixed sentiment. Users appreciate calculation shortcuts provide significant time savings for users performing repetitive mathematical tasks within the application, but report critical ui layout failures cause buttons to render off screen on high resolution android devices and instructional content is either missing or fails to respond to user interaction following the latest update.
Limited review volume (2 reviews). Sentiment analysis will deepen as more data lands.
View the full user-sentiment analysis
Mood gauge, ratings & review-volume history, every praise / complaint / request, and sentiment over time.
What is the competitive landscape for Field of View Calculator?
Where is it available?
Localized markets (1)
How's The Business Market?
Market outlook for this category
Available very soon
The rivals identified
Nemeses(1)
NEB Tools serves as the primary nemesis because it dominates the scientific reference category, providing a comprehensive suite of calculators that researchers rely on daily, much like the target app's specialized radiometer calculations.
Differentiators
- Provides a comprehensive suite of biological calculators that keeps users within their ecosystem daily
- Offers direct technical support integration which builds significant trust and long-term professional user loyalty
- Maintains a massive library of specialized tools that makes it a one-stop shop for researchers
Head to head
The target should lean into its niche specialization by adding automated reporting or export features that simplify the field technician's workflow, differentiating from the generalist approach of NEB.
Contenders(4)
This app competes for the same professional scientific audience by providing specialized recipe and reference tools for laboratory environments.
Differentiators
- Includes a robust recipe export function that allows users to document and share experimental protocols easily
- Maintains an extensive reference database of buffering agents that provides value beyond simple mathematical calculations
Gasdruck is a direct competitor in the specialized measurement utility space, focusing on physical property calculations similar to the target app's radiometer geometry.
Differentiators
- Provides multi-language support that lowers the barrier to entry for international technical and industrial markets
- Focuses on a singular, high-utility gas pressure calculation function that minimizes user cognitive load during operation
LabCal targets the same laboratory professional demographic by providing unit-based conversion tools that overlap with the target app's measurement-focused utility.
Differentiators
- Implements slider-controlled SI-prefix adjustments that offer a more tactile, intuitive experience for quick unit conversions
- Includes a dedicated molecular weight unit toggle that simplifies complex data entry for busy lab researchers
This app competes for the same technical user base by offering precise, formula-based calculations that mirror the target app's focus on scientific accuracy.
Differentiators
- Utilizes an open-source codebase that allows for community-driven improvements and rapid feature iteration cycles
- Features a minimalist, high-performance UI that prioritizes speed for users performing repetitive chemical calculations
Same space(3)
GelApp serves the same scientific niche by providing automated measurement and analysis tools for laboratory data.
Differentiators
- Automates gel band detection and log graph generation, providing immediate visual insights from raw experimental images
- Integrates with Dropbox to streamline the transfer and storage of experimental data across multiple research devices
AI Lab occupies the same utility space for researchers, focusing on on-device data processing and classification.
Differentiators
- Offers a downloadable model library that enables on-device image classification without requiring constant cloud connectivity
- Includes social sharing capabilities that facilitate collaborative research and data dissemination among scientific peers
This app shares the target's focus on using mobile imaging and processing to solve specific laboratory measurement problems.
Differentiators
- Uses advanced image processing filters to automate colony detection, significantly reducing manual counting time for researchers
- Supports offline analysis, which is critical for laboratory environments with restricted network or cloud connectivity
Compare Field of View Calculator against every rival
All rivals in one side-by-side table — identity, store metrics, ratings & sentiment, and strategic intel — plus a head-to-head page for each.
The outtake for Field of View Calculator
Strengths to defend, gaps to attack
Core Strengths
- Proprietary hardware integration functions as a technical barrier to entry for non-Apogee sensor users
Critical Frictions
- UI layout regressions on high-resolution Android devices
- Broken help documentation post-update
Growth Levers
- Integration of automated reporting or export features to simplify field technician workflows
Market Threats
- Generalist scientific toolkits with higher release cadences and broader utility sets
What are the next best moves?
Rebuild Android UI layout because buttons render off-screen on high-resolution devices → restore core functionality
Top complaint theme in reviews indicates the app is currently unusable on modern Android hardware.
Trade-off: Pause the iOS bug fix sprint — Android usability is a higher churn risk.
Fix help documentation links because users report inability to navigate instructions → reduce support friction
Instructional failure is the second most frequent complaint post-update.
Trade-off: Same-quarter capacity available — no major lever displaced.
A counter-intuitive read
The app's lack of engagement features is a feature, not a bug, as it minimizes cognitive load for field technicians who need a single-purpose tool, not a bloated scientific suite.
Feature Gaps vs Competitors
- Automated reporting/export (available in NEB Tools but absent here)
- Multi-functional toolset (available in NEB Tools but absent here)
Key Takeaways
The app succeeds as a hardware-support utility, but UI regressions on Android threaten its reliability for field technicians, so the PM must prioritize layout fixes to prevent brand erosion.
Where Is It Heading?
Declining
The scientific utility market is consolidating around tools that offer broader, multi-functional workflows, leaving single-use apps like this one exposed. Without a shift toward automated reporting or improved UI stability, the app risks becoming a legacy liability that fails to support the Apogee hardware ecosystem effectively.
UI layout regressions on Android devices render the app unusable, which directly triggers negative sentiment and potential hardware support friction.
Broken help documentation prevents users from accessing technical guidance, which increases the likelihood of incorrect sensor installation and data errors.