All Sold Items

torque 1.5.58

Torque 1.5.58 -

Torque 1.5.58 represents a high-water mark for lightweight, accessible OBD2 diagnostics. It transforms your Android device into a tool capable of reading check engine lights, logging performance runs, and monitoring dozens of engine parameters in real time – all for the price of a cheap Bluetooth adapter.

While newer versions add polish, this specific build remains the darling of track-day enthusiasts, budget tuners, and off-roaders who need reliability over flash. If you find yourself stuck with a flashing check engine light or want to finally prove your "butt dyno" claims, installing Torque 1.5.58 is one of the smartest $5 (Pro version) you’ll ever spend on car maintenance.

Final verdict: A must-have utility, rock-solid in v1.5.58.

Disclaimer: Torque is a trademark of Ian Hawkins. This article is for educational purposes. Always ensure you comply with local laws regarding OBD2 device usage while driving – do not manipulate the app while the vehicle is in motion.

Torque 1.5.58 is a specific legacy version of Torque Pro, a highly popular vehicle performance and diagnostic application for Android devices. Released around April 2012, this version introduced key refinements to the app's ability to communicate with vehicle engine management systems. Core Functionality

Torque Pro uses an OBD-II Bluetooth adapter (such as the ELM327) to bridge your vehicle's Engine Control Unit (ECU) with your smartphone. This allows users to:

Monitor Real-Time Sensors: View live data including coolant temperature, engine RPM, throttle position, and air-to-fuel ratios.

Diagnose Fault Codes: Scan for Diagnostic Trouble Codes (DTCs), provide descriptions of the issues, and clear "Check Engine" lights after repairs.

Track Performance: Measure 0–60 mph and 1/4 mile times, as well as dynamometer (HP/Torque) estimations.

Log Data: Record trips with GPS tagging and export data to CSV or KML formats for analysis in Google Earth. Key Features in Version 1.5.58

This specific update was notable for improving user customization and communication efficiency:

User Units Support: The profile editor was updated to support custom user-defined units.

Faster Communication: The update introduced or emphasized a "Faster Communication" toggle in the OBD settings to increase data refresh speeds.

Customizable Dashboards: Enhanced support for widgets, allowing users to build personalized digital dashboards with various gauge styles. Platform and Availability

While originally developed for Android, the Torque ecosystem has expanded: Torque Lite (OBD2 & Car) - Apps on Google Play

While "Torque 1.5.58" specifically refers to a version of the popular vehicle diagnostic application, the broader term "Torque" encompasses significant technological milestones in automotive diagnostics, high-performance computing, and game development. The Evolution of Torque 1.5.58 in Automotive Diagnostics torque 1.5.58

Version 1.5.58 of the Torque Pro application represents a refined iteration of an industry-standard tool for vehicle performance and diagnostics. By utilizing an OBD II Bluetooth adapter to interface with a car's Engine Control Unit (ECU), the software provides real-time access to a vehicle's internal sensors.

Real-Time Data Visualization: Users can monitor engine vitals such as coolant temperatures, mass air flow, and air-to-fuel ratios through fully customizable dashboards.

Diagnostic Capabilities: The software allows owners to read and reset Diagnostic Trouble Codes (DTCs), commonly known as "check engine lights," potentially saving significant repair costs.

Performance Tracking: It includes specialized widgets for measuring 0-60 mph timings, horsepower, and quarter-mile speeds, making it a favorite for automotive enthusiasts. High-Performance Computing: TORQUE Resource Manager

Beyond the consumer app, "TORQUE" is also synonymous with the Terascale Open-source Resource and Queue manager. This software provides essential control over batch jobs and distributed computing resources in cluster environments.

Cluster Architecture: A TORQUE cluster typically consists of a head node running the pbs_server and multiple compute nodes.

Intelligent Scheduling: It is often integrated with Moab Workload Manager to optimize system utilization and manage complex, heterogeneous hardware environments.

Widespread Adoption: The system is utilized by thousands of academic, government, and commercial sites globally for large-scale data processing. Game Development: The Torque Engine Legacy

The name is also foundational in digital entertainment through the Torque Game Engine (TGE). Originally developed by Dynamix for the 2001 shooter Tribes 2, the engine was a pioneer in providing AAA tools to indie developers.

1.5 Version Significance: Releases like Torque 360 1.5 introduced abstracted graphics and physics layers, enabling cross-platform development for PC and Xbox 360.

Open Source Transition: In 2012, GarageGames released Torque 3D under the MIT License, allowing the community to maintain and extend the engine's rendering and networking capabilities. How to monitor your vehicle's health - Torque Pro App

This version (released around early 2017) is widely considered one of the most stable and "legendary" releases of the app. Because the developer (Ian Hawkins) updates the app infrequently, version 1.5.58 remained the standard for many users for years.

Here is a solid review of Torque 1.5.58, breaking down why it is still relevant today.

Torque 1.5.58 is a version of the Torque Pro (paid) and Torque Lite (free) application for the Android operating system. It acts as a bridge between your vehicle’s On-Board Diagnostics (OBD2) port and your smartphone or tablet.

Using a wireless OBD2 adapter (Bluetooth for Android, typically), the app reads real-time data streams from the Engine Control Unit (ECU), translates manufacturer-specific codes into human-readable information, and displays it via customizable dashboards. Torque 1

Released during a mature phase of the app’s lifecycle, version 1.5.58 is celebrated for:

Version 1.5.58 supports Torque Scan and custom PID addition. For advanced users:

A typical configuration for a high-horsepower drift car:

Vehicle "DriftSpec"
Suspension.SpringRate = 45.0  -- kN/m
    TireFront = "Dispersion_Compound"
    TireRear  = "Dispersion_Compound"
    DiffLock  = 0.85
    PRS.Enabled = false  -- Drifting demands zero interpolation delay

TireCompound "Dispersion_Compound"
Width = 245
Profile = 40
ThermalMass = 1.8       -- Retains heat longer for sustained slides
TempFalloff = 0.75
PeakSlipAngle = 8.5     -- degrees (default 6.0)

With Torque 1.5.58, the rear tires will gradually lose lateral grip as they overheat past 110°C, forcing the driver to modulate throttle or take a cooldown lap – an emergent behavior not coded explicitly but arising from the thermal-threading system.

End of Torque 1.5.58 documentation.
For the full API reference, see torque_1.5.58_api.pdf in the /docs folder of your installation.

Torque 1.5.58 marks a critical milestone for system administrators and high-performance computing (HPC) engineers managing complex cluster environments. As a stable release in the legacy 1.5 branch, this version focuses on refining the resource management capabilities that have made Torque a staple in data centers for decades. Evolution of the Torque Resource Manager

Torque (Terascale Open-Source Resource and Parallel Operating System) originated as a community-driven extension of the original Portable Batch System (PBS). Over time, it evolved into a sophisticated tool capable of managing thousands of nodes. Version 1.5.58 represents the culmination of years of feedback from the academic and research communities, prioritizing stability over experimental features. Core Features and Capabilities

The 1.5.58 release maintains the robust feature set required for heavy computational workloads while streamlining background processes.

Advanced Scheduling Support: It provides the necessary hooks for external schedulers like Maui or Moab to make intelligent placement decisions.

Node Health Monitoring: Enhanced scripts allow the system to detect and offline "sick" nodes before they cause job failures.

Job Prioritization: Administrators can define complex queues based on user groups, project codes, or resource requirements.

Scalability: The architecture is designed to handle high-throughput job submissions without saturating the head node's CPU. Performance Improvements in 1.5.58

The primary focus of the 1.5.58 update is internal efficiency. Users will notice several key improvements: Disclaimer: Torque is a trademark of Ian Hawkins

Memory Management: Reduced memory footprint for the pbs_server daemon during large-scale job queries.

Communication Latency: Optimized socket handling between the server and pbs_mom (the node-level execution daemon) reduces the overhead of status updates.

Log Rotation: Refined logging mechanisms prevent disk space exhaustion on long-running clusters. Installation and Configuration

Deploying Torque 1.5.58 follows the traditional Unix "configure, make, install" workflow. However, several best practices ensure a smooth rollout:

Dependency Alignment: Ensure OpenSSL and libxml2 are up to date to prevent security vulnerabilities.

Host Authentication: Configure trusted host files (nodes and server) to allow seamless munge-based or passwordless SSH communication.

Queue Tuning: Use the qmgr interface to set maximum walltimes and CPU limits immediately after installation to prevent "rogue" jobs from monopolizing the cluster. Why Torque 1.5.58 Still Matters

In an era of cloud computing and container orchestration like Kubernetes, Torque remains relevant for specialized scientific computing. Its ability to manage "bare metal" resources with zero virtualization overhead is essential for latency-sensitive MPI (Message Passing Interface) applications.

Torque 1.5.58 serves as a "Goldilocks" version for many—it is modern enough to run on current Linux distributions but avoids the complexity and licensing shifts found in some newer proprietary alternatives. It remains a reliable, open-source workhorse for the global research community.

If you meant a different Torque product, just let me know and I’ll adjust it.

  • Verify after upgrade:

    • 1. Rock-Solid Stability The biggest selling point of 1.5.58 is that it rarely crashes. Earlier versions had issues with Bluetooth dropping connections or the app freezing during data logging. 1.5.58 fixed the vast majority of these hang-ups. If you are using a generic ELM327 Bluetooth adapter (the cheap $15 ones from Amazon or eBay), this version handles the connection handshake better than almost any other version.

    2. The Dashboard Customization This is Torque's killer feature, and it is excellent in this build. You can set up a custom dashboard with virtual gauges (dials, bars, digital readouts).

    3. Fault Code Clearing (Check Engine Light) The primary reason most people buy this app is to turn off a Check Engine Light (CEL). Version 1.5.58 handles this flawlessly. It reads generic and manufacturer-specific codes quickly and clears them without glitching the ECU.

    4. Plugin Support At the time of this release, the plugin ecosystem was thriving. Plugins for specific manufacturers (like Ford, Nissan, or BMW) for enhanced diagnostics (ABS, Airbag codes) work seamlessly on this version. If you use the TorqueScan plugin, this version provides the smoothest integration.

    It is possible that "torque 1.5.58" is a mis-typed reference to: