Accessing the Interior
The first step in modifying or repairing a gaming laptop is gaining safe access to its components. For the Lenovo Legion 5 (15-inch, Gen 10), this process begins at the base of the chassis. The bottom panel is secured by ten screws, but not all are identical. Understanding these differences is crucial for avoiding stripped heads or damage during reassembly.
The four corner screws are short M2 fasteners measuring 5mm in length. These hold down the primary structural points near the feet of the laptop. The remaining six screws are longer, specifically M2 by 10.4mm. A JIS number one screwdriver is recommended for this task to ensure proper torque and grip on these specific drive types.
Once all ten screws are removed, the bottom cover does not simply lift off. It remains attached via plastic clips running around the perimeter of the chassis. Using a thin plastic pick or spudger, technicians must carefully work along the edges to release these tension points. Taking time here prevents scuffing the finish and snapping the delicate retention clips.
Battery and Power Management
With the bottom cover removed, the internal layout of the Legion 5 becomes visible. The first component to address is always power isolation. Before touching any other hardware, the battery cable must be disconnected from the motherboard. This unit houses an 80Wh lithium-ion pack rated at 15.52 volts.
The battery is secured by three screws and can be lifted out for replacement or testing. Lenovo markets this specific capacity alongside super rapid charge capabilities, claiming it can reach approximately 70% charge in just 30 minutes. For users concerned with endurance, the large cell count suggests a focus on longevity relative to its class.
Memory Expansion Options
Beneath the battery area lies the memory subsystem, protected by a metal shielding plate. This shield is held in place by a single screw that shares its location with one of the bottom cover screws; once the base is off, this fastener is already removed.
The Legion 5 features two DDR5 SO-DIMM slots. These modules support speeds up to 5600 mega transfers per second (MT/s). In the reviewed configuration, the system was populated with two 16GB Samsung modules arranged in a single-rank by eight-bit (1R x 8) layout.
The platform's memory controller is built around an AMD Ryzen processor. While Lenovo officially lists support for up to 64GB of RAM, the underlying architecture supports up to 256GB. This means users looking to maximize multitasking performance or run heavy local workloads have significant headroom beyond standard consumer limits.
Cooling and Thermal Design
The shielding plate over the memory also serves a thermal function. Between this shield and the primary SSD, a thermal pad is visible. This component helps transfer heat from the storage drive into the chassis cover, aiding in passive cooling for that specific area.
The broader thermal architecture relies on Lenovo's Legion ColdFront hypothermal system. This setup includes dual fans and 3D copper heat pipes connected to a vacuum-sealed hyperchamber. The entire cooling loop is managed by software integration with Lenovo AI Engine Plus and the Legion Space application, which adjusts fan curves and power delivery based on workload.
Storage Configuration
The primary storage drive in this configuration is a 1TB Western Digital PC SN7100S NVMe SSD. It utilizes the M.2 2242 form factor and operates over PCI Express 4x4 lanes. The choice of a shorter 2242 module allows for more internal space for other components or battery placement.
Expansion is straightforward thanks to the inclusion of two additional M.2 2280 slots located nearby. Each of these secondary slots supports drives up to 2TB in capacity. Furthermore, the platform supports RAID Zero configuration across all available SSD slots, allowing users to stripe data for increased read/write speeds if desired.
Wireless Connectivity
The wireless card is mounted near the rear I/O area and features Bluetooth 5.4 support. Depending on the specific retail configuration purchased at launch, Lenovo has shipped this model with either a MediaTek MT7921 or an Intel Wi-Fi 7B module. This variability means users should verify their current hardware if they plan to upgrade antennas or replace the card later.
Rigidity and Build
The structural integrity of the display is supported by hinges anchored directly to metal brackets rather than plastic mounts. This design choice contributes to better rigidity and reduces flex in the upper chassis during transport or use.
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Pricing Analysis for RTX 5060 Models
In mid-2026, industry analysis has focused heavily on the value proposition of gaming laptops equipped with NVIDIA's latest graphics hardware. Notebookcheck published a detailed comparison in July 2026 evaluating how much consumers should expect to pay for devices featuring RTX 5060 GPUs.
The report specifically contrasts the Lenovo Legion 5 against other prominent models, including the LOQ 15 and the Yoga Pro 7. This analysis is significant because it helps buyers understand where the Legion 5 sits in the current market hierarchy regarding price-to-performance ratios as newer generations of silicon become standard.
Final Assessment
The Lenovo Legion 5 (Gen 10) presents a modular and serviceable design for a modern gaming laptop. The clear separation of screw types, accessible battery disconnect, and dual M.2 slots make it an attractive option for users who plan to upgrade their hardware over time.
The support for high-capacity DDR5 memory and RAID configurations indicates that Lenovo intends this machine to handle demanding workloads beyond simple gaming. While the specific internal components like the SSD form factor are fixed, the flexibility in RAM and secondary storage provides a long-term utility that appeals to power users.