August's Aviation Picks From FLYING Magazine, and the Gear Worth Talking About

FLYING Magazine’s August 2025 “On Our Radar” column covers the full range of aviation gear - from cockpit avionics integration to wearable health monitors, portable lithium power, ANR headsets, and simulator training devices. The picks reflect an industry that is more connected and data-rich than at any point in history, and understanding the limitations of each tool matters as much as owning it.

EFB and Panel Integration Has Matured - What That Means for Your Cockpit

The integration of tablet-based Electronic Flight Bags (EFBs) with panel-mounted avionics is no longer an emerging concept. In 2025, products that allow your EFB to pull air data, traffic, and weather directly from your panel and display it in a unified interface are genuinely mature. The early adopter phase is over.

The practical payoff is layered redundancy. If your panel goes dark, your tablet retains the data. If your tablet dies, your panel holds the picture. The FAA has encouraged exactly this kind of single-pilot cockpit resource management in its guidance, and the current product landscape finally delivers it at accessible price points - whether you’re flying a Cessna 172 or a pressurized twin.

Are Wearable Pilot Health Monitors Worth It?

FLYING’s August picks highlight wearable devices that track heart rate variability, blood oxygen saturation, and early signs of hypoxia. Some are already FAA-accepted for cockpit use - not as certified medical devices, but as personal awareness tools. That distinction matters.

Wearing a pulse oximeter or hypoxia-alert device does not replace your obligation to know your oxygen system, understand the regulations, and know your own physiological limits. What it does is provide an earlier warning than your own body might. Hypoxia is dangerous precisely because it impairs judgment before the pilot realizes judgment is impaired. An earlier alert is a meaningful safety margin.

Supplemental Oxygen Rules: Know Them, Then Go Beyond Them

14 CFR Part 91.211 governs supplemental oxygen for general aviation. Required use thresholds:

Above 12,500 feet MSL cabin pressure altitude: supplemental oxygen required if that flight segment exceeds 30 minutes
Above 14,000 feet MSL: supplemental oxygen required at all times for the required flight crew

Those regulations are a floor, not a ceiling. Your physiological response to altitude varies by day, by health, and by hydration. A monitoring wearable adds a layer of real-time awareness that no regulation can substitute for.

Why Lithium Jump Starters Matter for Owner-Pilots

Portable lithium battery technology for ground power has matured significantly over the last three years. Lithium jump starters capable of turning over large reciprocating engines are now available at price points accessible to the average owner-pilot - a category FLYING is highlighting this month.

The maintenance case is direct: every unnecessary battery deep-discharge shortens service life, and every failed start attempt runs the starter motor hot. A portable power source lets you start cleanly when your aircraft battery is marginal, rather than cycling a weakening battery through repeated attempts and potentially forcing an early replacement. Pilots who manage ground operations well tend to have fewer surprise maintenance bills. That is not a coincidence.

ANR Headsets Are the New Baseline - Not the Upgrade

A decade ago, active noise reduction (ANR) headsets were a premium purchase. In 2025, entry-level ANR options from major manufacturers deliver genuine noise reduction at price points that were unimaginable five years ago. If you’re still flying on passive headsets because the upgrade didn’t seem worth it, it’s worth revisiting that math.

Workload drops when you’re not straining to hear the radio over background noise. Fatigue drops on a long cross-country. Both affect safety in ways that compound over time. Modern ANR headsets with well-positioned boom microphones also reduce readback errors and communication breakdowns - a meaningful factor in controlled airspace and especially at busy Class Bravo airports and in IMC.

Datalink Weather on Your EFB: What the Picture Actually Shows

The subscription weather and flight planning software space is more complex now than it was 15 years ago, and FLYING’s August issue addresses it. But the core issue isn’t which service is superior - it’s whether the pilot understands what they’re looking at.

A NEXRAD image on your EFB is not a real-time picture of precipitation. It is a composite assembled from ground-based radar data that may be two to five minutes old by the time it reaches your screen - and potentially older in ADS-B’s case during high-traffic periods. ADS-B weather is free and available within range of a ground station. SiriusXM Aviation weather is a subscription service providing nationwide coverage at altitude. Using either to thread a gap in a line of thunderstorms as if it’s a live view is a documented accident cause. Use datalink weather for strategic decision-making. Keep your eyes outside.

Simulator Devices and Instrument Currency: A Cost-Effective Path

FLYING’s August picks include newer entries in the desktop simulator and home cockpit market - higher fidelity at lower cost. The FAA has formalized how pilots can use these tools through the Basic Aviation Training Device (BATD) and Advanced Aviation Training Device (AATD) categories, which allow certificated pilots to log instrument proficiency time on approved devices without being in an aircraft.

Instrument currency - six approaches, holding, and intercepting and tracking within six calendar months - is one of the hardest things to maintain cost-effectively in general aviation. A quality simulator session with a CFI who understands the equipment can be one of the most efficient uses of a training budget. If you hold an instrument rating and aren’t flying IFR regularly, the simulator options FLYING is tracking this month are worth a look.

Key Takeaways

EFB-panel integration is mature in 2025 - layered redundancy between your tablet and avionics panel is now achievable at accessible price points for most aircraft.
Wearable hypoxia monitors are FAA-accepted as personal awareness tools; they add real-time insight that complements but does not replace knowledge of 14 CFR 91.211 and your aircraft’s oxygen system.
ANR headsets are no longer a premium option - entry-level models now deliver meaningful noise reduction with real implications for workload, fatigue, and communication clarity.
NEXRAD on your EFB is not real-time - the image may be two to five minutes old or more; understanding that latency is a prerequisite for using ADS-B or SiriusXM weather safely.
BATD and AATD-approved simulators offer a cost-effective path to maintaining instrument currency and proficiency between IFR flights, in a category that continues to improve in fidelity and affordability.