Next-generation MacBook Pro with touchscreen expected to match Air's weight
Apple is reportedly testing a redesigned MacBook Pro featuring a touchscreen, OLED display, and Dynamic Island cutout, with launch expected within the next month. The new model will undergo significant internal redesign to reduce weight substantially, potentially bringing the 14-inch version below three pounds—comparable to MacBook Air models. Current MacBook Pro models are 25-42 percent heavier than their Air counterparts, but the upcoming touchscreen version aims to eliminate this weight disadvantage.
Apple's next touchscreen-equipped MacBook Pro represents a major departure from the company's current laptop lineup, combining multiple premium features including an OLED screen and Dynamic Island notch. The device is undergoing internal testing and expected to launch within weeks. Notably, Apple plans to substantially restructure the machine's interior components, consolidating and minimizing parts to achieve meaningful weight savings rather than simply adding touch capability to existing models.
The weight reduction could be transformative for the MacBook Pro line. Current 14-inch and 16-inch Pro models exceed their Air counterparts by 25 percent and 42 percent respectively. If Apple achieves a significant reduction—potentially bringing the 14-inch below three pounds—it would make the professional-grade laptop competitive with consumer-focused Air models in portability while maintaining performance-tier specifications.
This redesign could reshape how professionals evaluate laptop purchases by eliminating a key trade-off between power and portability. Users seeking advanced processing capabilities might no longer need to accept substantially heavier machines. However, weight reduction through internal consolidation may impose design constraints on upgradeability and repairability, potentially affecting long-term ownership costs. The success of integrating touchscreen functionality into macOS workflows could also influence whether this feature becomes expected across the industry.