Laptop Repairability Scores 2026: Which Brands Let You Fix Things

The USB-C port fails during a presentation. The laptop is six months old, and the only repair option is a full motherboard replacement with a two-week turnaround. In another team, the same issue was fixed in under twenty minutes using a modular port and a screwdriver. 

The difference is not the failure. It is the design. 

That gap defines laptop repairability in 2026. iFixit’s latest teardown data shows which manufacturers design for repair and which design for replacement. Framework and Lenovo ThinkPad models score perfect tens, while Apple’s MacBook Neo scores a six. 

Everything else falls between these two extremes. 

What iFixit actually measures

iFixit’s scoring rubric evaluates the repair ecosystem, not just internal layout. 

• Design assesses how components connect  

• Parts availability measures whether manufacturers sell to end users  

• Documentation evaluates repair manuals  

• Software examines parts pairing restrictions  

Framework and Lenovo score 10/10 because their product strategies assume repairability. They use screws instead of adhesive, modular ports instead of soldered connections, and published schematics instead of proprietary service documentation. Parts are sold directly to consumers without requiring authorised technician verification. 

Apple’s MacBook Neo scores 6/10 despite meaningful improvements over previous models. The battery is screwed down instead of glued. The keyboard is replaceable without swapping the entire top case. USB-C ports are modular. However, it still uses proprietary pentalobe screws, soldered RAM and storage, and retains design choices that make repairs harder than they need to be.  

The repairability divide

Dell’s Latitude E5270 from 2017 scored 10/10. Nearly a decade later, Dell’s 2026 models have not matched that standard. 

Failing the Fix 2025 rated Dell B+, recognising ease of disassembly while also highlighting its membership in trade associations that lobby against right-to-repair legislation. Current Latitude models are estimated to score 7–8/10, indicating moderate serviceability but a decline from earlier designs. 

The pattern suggests Dell has the capability to build 10/10 laptops but has not prioritised this in current models. Laptop repairability scores now separate manufacturers that treat repair as a customer retention strategy from those that treat replacement cycles as a business model.  

Framework laptop: Engineered for disassembly

Framework Laptop 13 and 16 both score 10/10, with repairability at the core of their design philosophy. 

Expansion cards slot into side ports, allowing users to swap USB-C for HDMI within seconds. Motherboard upgrades do not require a new chassis. The display, battery, keyboard, trackpad, and speakers are all individually replaceable using standard screws. 

QR codes on internal components link directly to replacement parts and video guides, eliminating the need to search for service manuals. 

The limitation is that Framework targets enthusiasts and small businesses rather than Fortune 500 IT environments. Features such as vPro support, fleet management, and bulk procurement options remain limited, making it less suitable for organisations managing large-scale deployments.  

Lenovo ThinkPad: Corporate standard meets perfect score 

ThinkPad T14 Gen 7 and T16 Gen 5 achieved the first-ever perfect 10/10 for the T-series. They offer nearly tool-free battery replacement, standard M.2 storage, serviceable LPCAMM2 memory, and individually replaceable Thunderbolt ports. Cooling systems are modular, with fans that can be replaced independently. 

Lenovo worked directly with iFixit during development. The previous generation scored 9/10; this iteration removes nearly all remaining barriers. The timing is significant. The EU right-to-repair directive mandates seven-to-ten-year repair support, parts availability, and restrictions on software locks, with a deadline of July 31, 2026. 

The financial implications are significant. A damaged USB-C port can cost $50 to replace in a modular system, versus $1,500 for a motherboard replacement. User-replaceable batteries extend device lifecycles from three to seven years. Corporate procurement teams are beginning to include iFixit score thresholds in RFPs.  

Apple’s repairability paradox 

MacBook Neo scores 6/10, representing Apple’s best performance in over a decade, yet still falling behind older benchmarks such as the 2017 Dell Latitude. The lower case opens after removing eight pentalobe screws. The battery is secured with screws rather than adhesive. USB-C ports are individually replaceable, and the keyboard can be replaced without changing the entire top case. 

However, it still requires forty-one screws for keyboard replacement compared to best-in-class designs, alongside soldered RAM and storage, and continued use of proprietary screws. Apple has removed parts pairing for key components, allowing replacement screens and batteries without software restrictions, marking progress compared to earlier models. 

MacBook Pro 14 scores 4/10, and MacBook Air scores 5/10. In some cases, premium models are less repairable than entry-level ones. Enterprise buyers are beginning to quantify the impact, with some organisations reporting significant cost savings when switching to more repairable alternatives.  

The repairability rankings 

Enterprise IT teams require direct comparisons when evaluating serviceability claims. The following rankings combine iFixit teardown scores with practical repair factors, including parts availability, documentation quality, and manufacturer positioning on right-to-repair policies. 

Right-to-repair compliance reality

Eight out of ten laptop manufacturers belong to trade associations that lobby against right-to-repair legislation.

The Net and Consumer Technology Association actively opposes policies requiring parts availability and repair documentation. Dell, HP, Lenovo, Acer, Microsoft, Samsung, and Asus are all members, while simultaneously promoting sustainability commitments. They then publish press releases highlighting these efforts. 

Google stands out by supporting four right-to-repair bills, offsetting its association memberships. Framework does not belong to such groups. Apple is a member but has not taken similar legislative positions. Four US states have passed right-to-repair laws, while the EU directive remains more comprehensive.

Manufacturers are responding primarily due to regulatory pressure rather than voluntary design shifts.  

What this means for fleet purchasing

Corporate procurement teams are now incorporating laptop repairability scores into RFPs, alongside commitments to parts availability and five-year total cost calculations. For example, a ThinkPad T14 priced at $1,799 with a 10/10 repairability score compared to a similarly priced MacBook Air at 5/10 can result in significantly different long-term costs. 

Across a thousand-device fleet over five years, repairable systems can reduce port repair costs from approximately $1.5 million to $50,000. Battery replacements further extend usable lifecycles. During hardware shortages between 2023 and 2025, organisations with repairable systems maintained productivity, while others faced extended delays due to manufacturer service queues. 

The financial case for repairability continues to strengthen as hardware costs rise and supply chains remain uncertain. The differences across brands are not only technical but also strategic in how each manufacturer approaches repairability. 

Distilled

The divide in laptop repairability scores reflects a broader industry shift: some manufacturers are responding to regulatory pressure, while others are positioning repairability as a competitive advantage.  For IT teams evaluating vendors, laptop repairability scores now offer a more accurate predictor of total cost of ownership than initial purchase price alone.