Aeon Servo Programmer —Feature List Touchscreen, Modern User Interface Full touchscreen interface, intentionally designed to feel like a smartphone No physical buttons required Visual, intuitive interaction (tap, swipe, select) Designed to eliminate menu-diving and cryptic button sequences Philosophy:The programmer should feels like modern consumer technology, not legacy RC equipment. Direct Servo Connection (No Replugging) Servo connects directly to the programmer No need to unplug or rewire during setup Servo remains powered and connected throughout the entire programming process Philosophy:Once the servo is connected, you never have to touch the wiring again until you’re done. Live Receiver Bypass (Instant A/B Switching) Programmer includes a hardware bypass path With a single on-screen tap: Switch from programmer control → receiver control Switch back instantly No unplugging, no rebooting, no power cycling Why this matters: Tune → fly → adjust → test without disconnecting anything Perfect for field tuning and validation Servo Reset Without Unplugging Ability to reset the servo electronically No need to unplug power or signal lines Faster iteration and safer testing Real-Time Configuration & Tuning Adjust servo parameters live Immediately see and feel the effect of changes Designed to encourage experimentation without risk or hassle Firmware Update Platform Programmer is used to update servo firmware Enables: New features Protocol updates Performance improvements Eliminates servo obsolescence Philosophy:Servos should evolve like phones, cars, and computers — not be frozen at purchase. microSD Card Support Built-in microSD slot Firmware files can be stored locally Firmware can be: Downloaded once Shared with other users Installed offline Community-friendly feature:One user can update multiple servos or share updates easily. Ecosystem Integration (Website / Backend Ready) Designed to interface with Aeon’s backend systems Programmer acts as the bridge between: Servo Firmware User interface Future online features (There’s backend infrastructure and servers used to support updates and features.) Servo Data Access & Diagnostics Through the programmer, users can access: Servo usage data (“odometer”) Logged events and errors Historical operation information This enables: Diagnostics after an issue Preventive maintenance Smarter troubleshooting Servo Log & Error Awareness Programmer allows visibility into: Errors recorded by the servo Events from previous flights Complements audible servo error signals (beeps) Goal:The servo can tell you what happened, not just fail silently. Designed for Field Use, Not Just the Bench No cable juggling No power cycling No guessing which mode you’re in Fast, repeatable workflow Auggie explicitly contrasts this with traditional programmers that require constant unplugging and reconnecting. Future-Expandable by Design Because the programmer is: Firmware-driven Touchscreen-based Integrated with update infrastructure
