Versatile Opti – version 4.710
The Opti information system is the core of PONSSE forest machines. It ensures efficient and precise harvesting. A new version of the Opti software, 4.710, will soon be available. It covers harvesters and forwarder solutions.

Multi-stemming and reporting
Developed by Ponsse, the multi-stemming method is a method where bundles of timber are harvested using automatic opening and closing motions of feed rollers and blades. It has been a standard feature of Opti4G since the version 4.705. The new version 4.710 includes several features that make handling bundles easier. The more versatile OptiReport provides clear reports in compliance with StanForD for timber volume as single trunks and as multi-stemming.

Front knife measurement
In addition to diameter measuring using the feed rollers, the new software version 4.710 also enables diameter measuring at the front knives. If you like, you can change between methods on the fly based on the conditions and your preferences. The clear user interface shows calibration curves and reports for both methods.

Transmission
Version 4.710 also includes new transmission control features. The so-called HST drive transmission provides several benefits:
• operator-specific adjustments to adjust the transmission feature based on your preferences and the conditions
• drive mode feature enables switching between three preset adjustment sets with a switch while driving
• automatic constant rpm feature
• improved drive control.

Versatile OptiReport - productivity monitoring also at the office
The OptiReport provides entrepreneurs with tools for monitoring the working hours and production of all machines and drivers. The OptiReport can be used to read working hours and efficiency reports in DRF format, in addition to standardised output reports in PRD and PRL format. OptiReport includes a comprehensive selection of key indicators for monitoring and developing the productivity and functionality of the company, its operators and machines, such as machine utilisation degree, distribution of working hours, and different kinds of accurate machine- and driver-specific consumption data.