Differences

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--- ladymar_project [2025/01/21 05:11] – created admin
+++ ladymar_project [2025/01/22 04:33] (current) – [Have a Similar Project in Mind?] admin
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 ===== Retrofitting a 1991 Marine Trader Boat with Modern Electronics =====
+{{ :20220217_143538_-_copy.jpg?600 |}}
+===== Project will begin as soon as we get better weather.  Boat is in South Carolina =====
 ===== Project Overview =====
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 ===== Key Upgrades =====
   * **OpenCPN Integration**: Installing and configuring OpenCPN on Raspberry Pi systems for advanced navigation capabilities.
-  * **Analog to Digital Conversion**: Upgrading all analog instruments to digital systems for improved accuracy and reliability.
+  * **Analog to Digital Conversion**: Upgrading all analog instruments to digital gateway systems for improved accuracy, reliability, and integration to OpenCPN Dashboard.
   * **Custom Dashboards**: Creating tailored digital dashboards in OpenCPN to display all vital information at a glance.
   * **Autopilot Modification**: Enhancing the existing autopilot system for better performance and integration with other systems.
   * **AIS Installation**: Adding an Automatic Identification System for improved safety and situational awareness.
-  * **GPS Upgrade**: Installing a new, high-precision GPS system for accurate positioning.
+  * **GPS Upgrade**: Installing a new, high-precision GPS for accurate positioning.
   * **Sensor Integration**: Connecting and calibrating various sensors throughout the vessel.
   * **Network Setup**: Establishing a robust wired and wireless network for seamless communication between all systems.
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 Are you inspired to upgrade your own vessel? Whether you have a classic boat in need of a complete overhaul or a modern vessel requiring fine-tuning, our team of experts is here to help. Contact us today for a consultation and take the first step towards a fully integrated, state-of-the-art marine electronics setup!
-===== Project Timeline =====
+^ Week ^ Task ^ Description ^
-  * **Initial Assessment**
+| 1 | Initial Assessment | Complete the vessel survey and create a detailed upgrade plan. |
-    * Week 1: Complete vessel survey and create detailed upgrade plan.
+| 2 | Analog to Digital Conversion |Analog instruments connect to I2C network |
-  * **Analog to Digital Conversion**
+| 3 | I2C Network Integration | Connect to Signal K Datum Server |
-    * Week 2-3: Begin replacing analog instruments with digital counterparts.
+| 4 | OpenCPN Setup | Install and configure OpenCPN on Raspberry Pi systems. |
-  * **OpenCPN Setup**
+| 5 | AIS and GPS Installation | Install new AIS and GPS systems for improved navigation and safety. |
-    * Week 4: Install and configure OpenCPN on Raspberry Pi systems.
+| 6 | Sensor Integration | Connect and calibrate new digital sensors throughout the vessel. |
-  * **Sensor Integration**
+| 7 | Autopilot Modification | Upgrade and integrate the autopilot system. |
-    * Week 5: Connect and calibrate new digital sensors throughout the vessel.
+| 8 | Network Setup | Establish robust wired and wireless networks for all systems. |
-  * **Autopilot Modification**
+| 9 | Dashboard Creation | Design and implement custom digital dashboards in OpenCPN. |
-    * Week 6: Upgrade and integrate the autopilot system.
+| 10 | Final Testing and Calibration | Comprehensive testing of all systems and final adjustments. |
-  * **AIS and GPS Installation**
-    * Week 7: Install new AIS and GPS systems for improved navigation and safety.
-  * **Network Setup**
-    * Week 8: Establish robust wired and wireless networks for all systems.
-  * **Dashboard Creation**
-    * Week 9: Design and implement custom digital dashboards in OpenCPN.
-  * **Final Testing and Calibration**
-    * Week 10: Comprehensive testing of all systems and final adjustments.