Comparison

Bearing Range Altitude Aspect vs EF1 E6B Flight Computer

Price, ratings, monetisation and update history for both apps, side by side — with what reviewers say about each.

Head to head
About

Bearing Range Altitude Aspect

This app provides pilots with a visual representation of other aircraft's position, movement, and relationship to their own aircraft. It converts complex flight data into easy-to-understand aviation terms, aiding in spatial awareness and tactical geometry analysis.

Highlights
  • Pilot-centered bearing, range, altitude, aspect display
  • Airline and flight-number lookup
  • Collision Antenna Train Angle (CATA) visualization
  • Projected merge point and time-to-intercept calculation
  • Map-based relative visualization
  • Test-position mode for training
  • Dark cockpit-style interface
Features
Read full description

BRAA gives pilots a fast visual way to understand where another aircraft is, what it is doing, and how it is positioned relative to your own aircraft. At cruise and flight levels, pilots continuously hear traffic, turbulence, chop, weather, and ride-condition reports over the radio. A crew may hear another aircraft report moderate turbulence, rough air, or changing weather ahead and immediately ask: Where is that aircraft? Am I heading toward that area? How far away is it? Is my ride likely to deteriorate? Is that traffic crossing, flanking, converging, or moving away? Radio calls are valuable, but they are audio-only. ATC may call traffic as “northwest, 120 miles” or “330 for 120,” yet the pilot still has to build the mental picture manually. BRAA is built to solve that problem. BRAA converts aircraft position data into a pilot-centered picture of bearing, range, altitude, aspect, and intercept-style geometry. Instead of only seeing a map dot, the user sees the target aircraft in practical aviation language, relative to ownship. Think of BRAA as a GCI-style, “bogey dope” inspired awareness tool for civil aviation: bearing, range, altitude, aspect, and relative geometry presented in a clean iOS interface designed for quick interpretation. Key capabilities include: Airline and flight-number lookup Bearing from ownship to target aircraft Range in nautical miles Target altitude display Aspect interpretation (beam, flank, track relationship) Ownship position reference Map-based relative visualization Test-position mode for training and demonstration GPS-based ownship reference Dark cockpit-style interface Large, readable numbers for rapid scan BRAA also introduces CATA: Collision Antenna Train Angle. CATA helps visualize the heading relationship between ownship and a selected aircraft. It can present heading concept, projected merge point, estimated time to intercept, and whether an increased-speed scenario could reach the target aircraft under the current geometry. The white X marks the projected merge or intercept point. Time-to-intercept helps show how quickly the geometry is changing. Additive speed values such as +100, +200, or up to +600 knots (MACH 1) represent increases over the current ownship speed for training, demonstration, or tactical geometry analysis. This helps answer common pilot questions: If I maintain course, will I cross that aircraft’s path? If I speed up, could I catch it? Where would the merge occur? How long would it take? BRAA is useful for: Airline pilots building spatial awareness Student pilots learning bearing, range, aspect, and relative motion Flight instructors teaching traffic geometry Aviation enthusiasts tracking airline traffic from a pilot’s perspective Dispatchers, analysts, and aviation professionals who want more than a basic map Pilots practicing intercept geometry, closure concepts, and relative positioning Most tracking apps show aircraft on a map. That is useful, but pilots think in bearing, range, altitude, closure, aspect, ride reports, weather reports, and relative motion. BRAA bridges that gap. It turns aircraft data into a cockpit-style tactical picture that is easier to understand quickly. BRAA is not certified avionics and is not a replacement for TCAS, ADS-B In, ATC instructions, onboard weather radar, approved navigation equipment, or operational decision-making systems. BRAA is a situational-awareness, education, visualization, and training tool. The core pain BRAA solves is simple: pilots hear useful information but do not always immediately know how it relates to their aircraft. Is the other aircraft with a bad ride or asking for deviations in front of me, and if so, how far? Or are they no factor? BRAA eliminates that guessing. Built for pilots. Designed for fast understanding. Focused on the geometry that matters. It is all about the angles. Terms of Use (EULA): https://www.apple.com/legal/internet-services/itunes/dev/stdeula/

About

EF1 E6B Flight Computer

This app provides a comprehensive electronic flight computer for pilots, offering fast, offline calculations for wind, airspeed, fuel, and navigation. It includes multi-leg route planning, printable navigation logs, and weight and balance calculations.

Highlights
  • Wind triangle calculations
  • Time, speed, distance calculations
  • Fuel burn, endurance, and range
  • Multi-leg cross-country planning
  • Printable VFR/IFR navigation logs
  • Weight and balance calculations
  • Fully offline functionality
Features
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EF1 E6B is a complete electronic flight computer built for student pilots, CFIs, and certificated pilots who want a fast, offline, modern E6B without the bloat. EVERYTHING AN E6B DOES - FASTER • Wind triangle (heading, ground speed, wind correction) • True / calibrated / equivalent airspeed • Density and pressure altitude • Time / speed / distance • Fuel burn, endurance, and range • Standard atmosphere + lapse rate • Compass + magnetic heading with deviation and variation • Reciprocal headings, pivotal altitude, standard rate turns • Off-course (1-in-60) corrections • Climb / descent rates and ground distance • Cloud base, glide distance, holding pattern entry • Linear interpolation • Universal converter (length, mass, volume, speed, temp, pressure) CROSS-COUNTRY PLANNING Build a full multi-leg route with up to 20 checkpoints. Set true course, distance, wind, TAS, fuel rate, MSA, and frequencies for each leg. Drag to reorder, duplicate, or reverse the route in one tap. Choose VFR or IFR mode and the app applies the correct FAR fuel rules: • VFR: 30-min day or 45-min night reserve, optional alternate • IFR: 45-min reserve, alternate-required toggle, alternate fuel auto-computed from distance to alternate Trip totals show ETE, ETA, fuel legality (LEGAL or NOT LEGAL with margin), and per-leg fuel remaining. PRINTABLE NAV LOG Generate a clean PDF nav log — VFR or IFR titled — with every checkpoint, fuel breakdown, frequencies card, and a side panel showing usable fuel, taxi, climb, enroute, alternate, and reserve. Email, print, or save it. FLY THE CROSS-COUNTRY Tap START FLIGHT, then mark off each checkpoint as you pass it. The app records actual time enroute, actual ground speed, and ATA, then writes them back into your post-flight log automatically. WEIGHT & BALANCE Build aircraft profiles, enter station moments, and check CG against the envelope. DESIGNED FOR PILOTS • Works fully offline - no signal, no problem • Optimized for iPhone and iPad with dark cockpit theme • Adjustable font scale for kneeboard readability • US or metric units, switch any time • Save unlimited routes • Backup and restore your data SUBSCRIPTION The EF1 E6B unlocks all features with a 7-day free trial, then $3.99/month or $19.99/year. Cancel any time before the trial ends - no charge. Subscription auto-renews for the same period at the same price unless cancelled at least 24 hours before the end of the period. Manage or cancel in your iOS Settings → Apple ID → Subscriptions. Privacy: https://www.entireflight.com/policies/privacy-policy. Terms: https://www.entireflight.com/policies/terms-of-service

Screenshots

Bearing Range Altitude Aspect4 screens
EF1 E6B Flight Computer4 screens

Verdict

The call

The clearest difference is ads: Bearing Range Altitude Aspect at none against EF1 E6B Flight Computer's shown. EF1 E6B Flight Computer's advantage is iOS requirement (15.1 vs 17.0). On price, update cadence, in-app purchases and monetization model there is nothing between them.

Scored on Price · Rating · Positive reviews · Number of ratings · Update frequency · Ads · In-app purchases · Monetization · Best chart rank · Devices · Requires iOS

CostPrice · In-app purchases · Ads · Monetization

Both are free to download. Bearing Range Altitude Aspect sells 1 in-app purchase, starting at $6.99 per month and EF1 E6B Flight Computer sells 2 in-app purchases, starting at $3.99 per month. Whichever you choose, the download price is not the number that matters.

UpkeepUpdate frequency

Bearing Range Altitude Aspect ships an update every 10 days, EF1 E6B Flight Computer weekly. The most recent releases landed on October 7, 2026 and October 2, 2026 respectively.

Scorecard2 real differences · 8 level
Bearing Range Altitude Aspect versus EF1 E6B Flight Computer: the parameters behind the verdict, then further details
ParameterBearing Range Altitude AspectEF1 E6B Flight Computer
PriceFreeFree
Rating5.0 (1 ratings) — better—
Positive reviews—66.7% of reviews
Number of ratings1 — better—
Update frequencyEvery 10 daysWeekly — better
AdsNo — betterYes
In-app purchasesYesYes
MonetizationFree with in-app purchasesFree with in-app purchases
DevicesiPhone, iPadiPhone, iPad, iPod — better
Requires iOS17.015.1 — better
Further details — not scored
Size4 MB48 MB
Age rating4+4+
DeveloperGobbo Datum LabsEntireFlight LLC

In-app purchases

1 purchases

Bearing Range Altitude Aspect

Subscriptions1
  • BRAA3 Days trial$6.991 Month
2 purchases

EF1 E6B Flight Computer

Subscriptions2
  • Monthly7 Days trial$3.991 Month
  • Annual7 Days trial$19.991 Year

Questions

Is Bearing Range Altitude Aspect free?
Bearing Range Altitude Aspect is free to download, with in-app purchases available.
Is EF1 E6B Flight Computer free?
EF1 E6B Flight Computer is free to download, with in-app purchases available.
Do Bearing Range Altitude Aspect or EF1 E6B Flight Computer have ads?
EF1 E6B Flight Computer shows ads; Bearing Range Altitude Aspect does not.
Which is updated more often, Bearing Range Altitude Aspect or EF1 E6B Flight Computer?
Bearing Range Altitude Aspect ships an update every 10 days, and EF1 E6B Flight Computer weekly. Most recently, Bearing Range Altitude Aspect was updated on October 7, 2026 and EF1 E6B Flight Computer on October 2, 2026.

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