Wrote the description for Crystal Skull

Author: Sketched Doughnut

robots/body/desktop.html

@@ -11,7 +11,13 @@
     <div class="robot-description">
         <img src="/assets/pages/robots/2026-robot.jpg">
         <div class="robot-description-text">
-            You know why they call it "Rebuilt"? Because your intake will break and you'll have to rebuild it in the pits!
+            <!-- You know why they call it "Rebuilt"? Because your intake will break and you'll have to rebuild it in the pits! -->
+             This year was our first year with a swerve drivetrain and proper vision, and it was very successful; we were able to field a driving robot for every match and while 
+             we did have some drivetrain issues, we overall were a competitive robot 
+             <a target="_blank" href="https://www.thebluealliance.com/match/2026orore_qm37">with competitive defense</a> and <a target="_blank" href="https://www.thebluealliance.com/match/2026orore_sf1m1">a preload auto</a>. 
+             Our robot was designed with a four-bar intake, a spinning indexer system (spindexer), and a fixed shooter powered by a Kraken X60 with a variable 3D-printed hood.
+             During our first competition at Wilsonville, we were the second pick of alliance 2 and made it to finals. At our second competition at CAIS, we were the 
+             second pick of alliance 8 and got eliminated in the Double Elimination Bracket (Round 2). Overall this was a very successful year, and we learned a lot.
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@@ -22,10 +28,11 @@
     </div>
     <div class="robot-description">
         <div class="robot-description-text">
-            We had to swap Radek's drivetrain to from swerve to a kitbot drivebase with very little turnaround due to shipping delays. The latching deep climb, based 
-            heavily on the Everybot, scored well. The signature bucket arm was designed to allow space for a central climb while still ferrying coral from
-            the back of the robot to the front. On our plywood test reef, this worked great, but the real reef was a lot more bouncy and we spent a lot of time
-            trying to figure out how to prevent coral from bouncing out. We settled on a plywood "tail" that dropped against the reef to block the coral from bouncing out.
+            This year was our 10th anniversary of being an FRC team. We had to swap Radek's drivetrain to from swerve to a kitbot drivebase with very little 
+            turnaround due to shipping delays. The latching deep climb, based heavily on the Everybot, scored well. The signature bucket arm was designed to allow space 
+            for a central climb while still ferrying coral from the back of the robot to the front. On our plywood test reef, this worked great, but the real reef was a 
+            lot more bouncy and we spent a lot of time trying to figure out how to prevent coral from bouncing out. We settled on a plywood "tail" that dropped against the 
+            reef to block the coral from bouncing out.
         </div>
         <img src="/assets/pages/robots/2025-robot.jpg">
     </div>