claude-haiku-4-5-20251001 (batch) · $0.009
Pinball Shenanigans restores and powers on 1978 Interflip Alaska EM machine successfully.
The motor in Alaska was seized and required disassembly and brake cleaner cleaning to restore function
high confidence · Mike Dus and Corey Cook, shown disassembling the motor and cleaning solidified grease
Alaska uses a different soundboard than Dragon, lacking the dual-sound capability (tones only, no creature sounds)
high confidence · Corey Cook comparing Alaska soundboard to Dragon during restoration
Interflip machines have a hi-tap voltage selector on the transformer allowing adjustment from 100V to 120V
high confidence · Corey Cook explaining the voltage adjustment feature and its effects on game play strength
The machine initially had the voltage set too high, causing overly strong flippers and aggressive gameplay
high confidence · Hosts adjusted transformer from 100V to 120V setting to reduce game strength
Alaska has excessive tilt sensitivity that required a tissue wedge adjustment to prevent unwanted tilts
high confidence · Multiple tilts occurring during initial gameplay, resolved by adjustment
“Oh my god, it's alive.”
Mike Dus @ Early in power-on sequence — Celebratory moment when Alaska first shows signs of functionality after years of restoration
“This motor is not interested in turning at all.”
Mike Dus @ During motor diagnosis — Identifying the primary mechanical failure preventing operation
“I was kind of worried about going through all this trouble to make it all pretty and then have it just never work.”
Mike Dus @ During motor repair discussion — Expresses the restoration concern—cosmetic restoration without mechanical function
“I imagine it's uh some 50-year-old solidified grease.”
Mike Dus @ Opening motor for inspection — Diagnosis of the mechanical failure cause
“That's the only thing I kept from that machine. Oh, actually that's not true. I kept this ashtray.”
Corey Cook @ During parts cleanup discussion — Casual aside about a Led Zeppelin machine in his collection
“I cannot believe it is working.”
Mike Dus @ Multiple points during gameplay testing — Expresses amazement at the level of functionality achieved despite being early in restoration
“Holy hell. Is this English?”
Mike Dus @ Examining the playfield during gameplay — Commenting on the Interflip machine's non-English origin and design
“way more functional than I thought it was ever going to be uh on day one.”
Mike Dus @ End of episode summary — Assessment of successful restoration progress and exceeding expectations
restoration_signal: Detailed documentation of EM motor cleaning procedure using brake cleaner on seized/solidified grease, including disassembly, parts inspection, and careful reassembly with attention to washers and spring retention
high · Extended motor surgery sequence showing step-by-step cleaning and reassembly process
restoration_signal: Systematic approach to EM machine power-up: initial power test, motor function diagnosis, switch adjustment verification, gameplay testing for functional systems, and iterative adjustment
high · Sequential testing of motor, switches, flippers, bumpers, kickers, drop targets, scoring, and sound
gameplay_signal: High voltage setting (100V vs 120V) causes overly aggressive flipper response and drop target sensitivity, requiring transformer adjustment to achieve balanced gameplay
high · Corey Cook explains hi-tap selector purpose and Mike adjusts voltage downward, immediately noting softer flipper feel
product_concern: Alaska exhibits excessive tilt sensitivity requiring physical adjustment (tissue wedge) to prevent unwanted tilts during normal play
high · Multiple unwanted tilts during initial gameplay test, resolved by wedge adjustment
restoration_signal: Interflip Alaska shows crack damage in corner plastics despite thick plastic construction; repairs included Lexan washers to reinforce weak points
high · Visual inspection showing small cracks on corners with Lexan washer repairs applied
youtube_auto_sub · $0.000
gameplay_signal: Alaska soundboard produces three distinct tones (hundreds, thousands, 10,000) versus Dragon's dual-channel sound system with creature effects; limited to electromechanical chiming
high · Corey Cook comparison of soundboards and tonal output during test sequences
restoration_signal: Host uses video recording during disassembly to document part placement and reassembly sequence, emphasizing importance of photographic/video documentation for complex mechanical restoration
high · Mike states 'probably good that I'm recording this so we know how to reassemble everything'
operational_signal: London Pinball technician demonstrates expertise in EM machine diagnosis, motor repair, switch adjustment, and troubleshooting methodology; positioned as knowledgeable resource for ongoing restoration support
high · Corey Cook's systematic approach, component knowledge, and ability to diagnose and correct issues
content_signal: Pinball Shenanigans producing long-form restoration documentation video series tracking incremental progress on EM machine restoration project, building narrative arc and community engagement
high · Part 10 designation indicates ongoing series; episode focuses on single major milestone (first power-on)
restoration_signal: Post-power-on diagnosis identifies remaining gremlins including possible switch issues, ground line problems, and scoring display anomalies requiring follow-up work sessions
high · Mike notes 'there's going to be some gremlins' and 'we figured as much' regarding ground lines; mentions homework assignment for following week