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Apple review

Pro Touch Bar 15 (A1707)

A deep dive into the long-term ownership reality of the 15-inch Apple MacBook Pro (A1707), assessing its hardware reliability, performance limits, and maintenance needs.

2.8/5 our rating2/10 repairability

A deep dive into the long-term ownership reality of the 15-inch Apple MacBook Pro (A1707), assessing its hardware reliability, performance limits, and maintenance needs.

Pros

  • +Sharp 2880x1800 Retina display with wide color gamut support
  • +Four versatile, high-speed Thunderbolt 3 ports
  • +Massive, highly precise Force Touch trackpad
  • +Premium, slim aluminum unibody construction

Cons

  • Fragile display flex cables prone to backlighting failure
  • Fully soldered CPU, RAM, and SSD limit upgrades and component replacement
  • Prone to thermal throttling under heavy CPU and GPU loads
  • Glued-in battery cells make self-servicing difficult

Overview

Introduced in late 2016 and updated in 2017, the 15-inch Apple MacBook Pro with Touch Bar (A1707) marked a dramatic shift in Apple's pro laptop philosophy. It debuted a significantly thinner unibody enclosure, replaced the traditional function row with an OLED Touch Bar, and shifted entirely to Thunderbolt 3 (USB-C) connectivity. Driven by quad-core Intel Core i7 processors and discrete AMD Radeon Pro graphics, the A1707 was designed to handle demanding creative workflows.

Looking at this machine through a long-term ownership lens, the A1707 presents a mixed legacy. While its physical footprint and display quality held up remarkably well, the chassis redesign prioritized ultra-thin aesthetics over modularity and long-term durability. For detailed specs and technical breakdowns, you can check the A1707 device hub.

Design and build

The A1707's aluminum unibody frame feels rigid, dense, and exceptionally premium in the hand. Its 2880x1800 Retina display remains a standout feature, delivering vivid colors and sharp text rendering. The expansive Force Touch trackpad offers best-in-class palm rejection and precise tracking.

However, this ultra-slim design came at a significant technical cost. Apple soldered the Intel Core i7 processor, RAM, and solid-state storage directly to the main logic board. There are no expansion slots, meaning whatever storage and memory capacity the machine left the factory with is permanent. Furthermore, internal access is constrained; opening the case requires dedicated pentalobe drivers, and the internal component layout leaves very little room for straightforward hardware repairs.

Everyday performance

Equipped with quad-core Intel Core i7 chips and dedicated AMD Radeon Pro graphics, the A1707 handles general productivity, web browsing, lightweight photo editing, and software development reasonably well. The discrete GPU provides helpful acceleration when pushing pixels to external displays or rendering timeline proxies.

However, sustained heavy workloads reveal the physical limits of the cooling system. Dual internal fans work hard to push heat out of the thin chassis, but under continuous multi-threaded CPU load or heavy 3D tasks, thermal throttling is common. Fan noise under load is noticeable, and the aluminum top case can become uncomfortably warm above the keyboard row.

Battery, durability, and longevity

Battery life on aging A1707 units is a central maintenance consideration. The internal lithium-ion battery pack is secured inside the top case assembly using aggressive adhesive directly beneath the trackpad and logic board. Removing a degraded cell requires chemical adhesive softeners or delicate scraping techniques.

Mechanical durability on external ports is another factor. The four Thunderbolt 3 ports handle charging, display output, and data transfers, but over hundreds of insertion cycles, the USB-C receptacles can wear down. This leads to loose cable retention and intermittent charging connections if the ports accumulate lint or suffer physical stress.

Common issues owners hit

The A1707 platform is associated with a few distinct hardware failure modes that owners frequently encounter:

  • Butterfly Keyboard Failure: Small particulates can easily bypass the low-profile keycaps, causing switches to double-type, stick, or fail completely.
  • Display Backlight Flex Cable Wear ("Flexgate"): The thin ribbon cable wrapping around the display hinge can fatigue over time. This shows up as uneven "stage light" backlighting at the bottom of the screen or a completely dark display when opened past a certain angle.
  • Battery Swelling: As the battery pack degrades over hundreds of cycles, gas buildup can cause the cells to expand, pressing against the bottom case or pushing up against the trackpad.
  • Loose USB-C Ports: Repeated strain on the charging cables wears down the internal spring contacts of the Thunderbolt 3 jacks.

If you are troubleshooting strange behavior on your machine, browse our hardware problems hub or consult our step-by-step repair how-to guides to evaluate component maintenance options.

Who it's for

The MacBook Pro A1707 is best suited for budget-conscious users who require a spacious 15-inch Retina display and dedicated x86 graphics for legacy macOS applications. It can still serve as a secondary workstation or media terminal, provided the keyboard and display remain in healthy working condition. It is less suitable for users needing guaranteed daily reliability or simple end-user upgradeability.

Bottom line

The 15-inch MacBook Pro (A1707) delivers strong display visuals and classic Apple industrial design, but its low repairability score and prone-to-wear internal cables require cautious ownership. If you own one, monitoring battery health and keeping the keyboard clean are essential to stretching its operational lifetime.

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Verdict

The 15-inch MacBook Pro (A1707) set a new standard for sleek hardware design when introduced, but its high integration and well-documented hardware vulnerabilities make it a high-maintenance laptop today. While its screen and trackpad remain excellent, prospective and current owners must navigate keyboard fragility, flex cable issues, and limited repairability.

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