Features a 56 kWh battery, providing a generous range of approximately 515 km based on the CLTC cycle (estimated around 400 km WLTP).
: Uses a graphical, node-based schematic editor containing 22 specialized circuit components for highly tailored design.
What separated LEAP 5 from its contemporaries—and what keeps it relevant among purists today—is its rigorous adherence to multi-domain physics. It does not just look at a speaker as an electrical circuit; it looks at it as a complex thermodynamic system. 1. Multi-Domain Electro-Acoustic Modeling Linearx Leap 5
: Simulates far-field, near-field, and 360-degree polar fields across various space domains (full, half, quarter, etc.).
Before you simulate, you must measure. LEAP 5’s LPM module uses a delta-compliance method (a patented process) to derive ultra-accurate T/S parameters. Unlike simple added-mass techniques, the delta-compliance method accounts for suspension nonlinearities at rest, giving you simulation data that actually matches the driver’s behavior at low frequencies. Features a 56 kWh battery, providing a generous
LinearX LEAP 5 remains one of the most respected, albeit legacy, tools for professional electroacoustic development and loudspeaker design. Consisting of two core applications— and CrossoverShop —it is widely regarded as an industry standard for high-accuracy simulations of transducer and enclosure behavior. Key Features
Tragically, after Mr. Strahm passed away, his wife closed the company. This closure means that Leap 5 can no longer be purchased directly, and official support has been terminated. The Linearx website is no longer active, and the software that was once sold for a substantial price has entered a kind of preservation limbo. It does not just look at a speaker
Despite the company's closure, Leap 5 remains accessible to dedicated loudspeaker designers through several means.
Provides automated wizards and global optimization engines for designing complex analog (passive/active) and digital (FIR/IIR) filters.
The 3D diffraction engine provides several orders of magnitude faster computation than conventional methods, enabling faster design iterations.
Leap 5 uniquely supports mixed-domain analog/digital designs, allowing engineers to combine traditional passive crossovers with active DSP filtering. This flexibility is essential for modern loudspeaker systems that may use different technologies for different frequency bands.