G435 Serial Number
Carri Seargent
The new PING woods should release around fall 2024.
So what can they do to make the drivers and fairwaywoods even better?
- even more forgiving? Honestly, is it even needed? You can practically miss the face, as long as your face angle is in order, the ball is going to go far.
- less gimmicky top? I'd like them to get rid of the turbulators or whatever. The fairway woods look clean on top... but the yellow/neon look is cringe.
- lighter head? The mass of the head is partly why Ping drivers are so stable. If they got sub 200g, they will lose a good deal of MOI.
what are your thoughts They should keep improving the looks, feel and sound. They don't need 4 heads either (LST, Regular, 10k and SFT) - 3 is enough. The 10k and standard model should be combined
Love my G430 LST, has been by far the most consistent driver I've hit. However, it'd be sick to see a carbon crown Ping I20 shaped head. They'd never do that, but similar style head to the old i-series drivers just updated tech.
This is the number one thing I wish all companies could/would do. I hate having to go to the Pro Shop just to have the pull and realign the shaft because I like the shaft label down. This is probably my number expense when updating clubs/shafts/grips.
I'm OK with the Turbolators and don't find them that offensive. They have to do something for aero improvement and it gives them something unique to market. When waggling my driver back and forth with some speed, it makes more audible noise swinging backwards, so they are doing something for airflow.
Visuals are subjective. I don't mind the little bit of neon yellow, but I certainly would object more of it. I thought the racing stripes on the i25 were cool back in the day but don't think they need a resurgence.
Played the G20 until the G400 \Max release, bought the G400 and G400 Max gave the Max to my son, liked the G400 better. played up until this year and went with the G430Max. The G400 has over 500 rds on it, retired as the GOAT (in my bag.) Son has a G425 now but I think it's a backup in case something happens to the Max.
Looking forward to G440 ... so I can pick up some gently used G430 woods ... however I do love my G425 irons especially their understated Chrome/black color scheme and those will be staying in my bag.
Saw Ping dropped the price on the 430 line (minus the 10k) yesterday. Wonder if we will see any release this fall or if it will be Jan again like the 430 line. August would be 18 month cycle, Jan 2 yr cycle. Any mumblings from those in the know???
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In a previous article we discussed the SIEMENS Vector format for 5-Axis. It may come as a surprise to many that a similar function exists within the FANUC CNC lexicon. That function is activated with the G43.5 command.
G43.5 is defined by FANUC as RTCP Type II (Rotary Tool Center Point) function. (RTCP functionality on the SIEMENS controls is called by the command TRAORI.) While most understand that RTCP automatically accounts for the length of the tool in 5-Axis machines with a Head/Head rotary axis configuration, many people do not understand that it is primarily designed to maintain the tool control point in relation to the programmed point of the workpiece. This means that it can be and is also used for 5-Axis machines with a Table/Table rotary axis configurations as well as machines with Head/Table rotary axis configurations. Maintaining this relationship between the tool control point and the programmed point of the workpiece, results is a a program that requires a smaller envelope within which to operate.
When viewing from the right side of a C/A 5-Axis Head, the rotary command A-90.0 causes a movement of axis A without any linear axis movements that would keep the tool in contact with the part.
Mathematically, a Tool Vector is represented by its component values that are relative to the linear X, Y and Z axes. These component values typically use the addresses I, J and K. The relationship of the vector component is defined as the directional cosine. The directional cosines of a vector are the cosines of the angles between the vector and the three coordinate axes. A Tool Vector is always referenced with its start point at the tip of the tool along its centerline. It is generally terminated with its end point at the tool gauge line - the intersection of the tool holder taper and the spindle taper.
Normally, CAM system post-processors use the tool vector data to calculate the required rotary axis angle. However, this calculation can become problematic for certain CAM systems and their post-processors.
To deal with these problems, CNC controls are becoming more 'intelligent'. The FANUC 30i Series is one such control that has some unique abilities when it comes to the actual NC code syntax. The FANUC 30i Series is capable of processing the tool vectors directly instead of explicit rotary axis angles by using the G43.5 RTCP Type II command. G43.5 provides both RTCP functionality along with the ability to use vectors in the programming. G43.5 uses the familiar I, J & K addressees for the vector word designations. Mathematically, all three vector components are related. That is, the square root, of the sum of the squares, of all three vector component values equals 1. That relationship is defined by the equation SQRT (I + J + K) = 1.
One of the major benefits of using G43.5 RTCP Type II is that this results in a program format that is kinematically independent. That is, regardless of the rotary axis configuration of a given machine, the program can run without issue. The most that one has to do, generally speaking, is modify tool change sequences depending upon the commissioning of any given machine tool. A great article on the benefits of kinematic independence through the use ofVector Programming can be found at the link below.
Now, let's take a look at how it is actually implemented for a machine with a C/A 5-Axis Head configuration with the following sample file 5-AXIS_PRISMATIC.NC . This sample file will machine five faces of a part 20.0" x 10.0" x 5.0".
In block number N13 of the program, we see the machine positions to X-14.5 Y4.25. In block number N14, RTCP Type II is activated with the appropriate tool length offset and a tool vector of I0.0 J0.0 K1.0 . This tool vector is equivalent to a rotary axis position of A0.0 C0.0 .
Now this is where things get interesting. In block number N32, the tool now gets a plane change with G18 and a vector change to I0.0 J1.0 K0.0. This orientation is equivalent to A-90.0 C0.0 . However, the tool tip location has NOT changed because we have RTCP Type II active.
In block number N33, we have the FANUC AICC High Speed settings for the facing operation on the back face of our part. Block number N34 is the initial XY positioning for the facing operation. Block number N35 is the final positioning move before beginning the feed to Y5.0 and machining the back face of the part.
With G43.5 RTCP Type II, the standard data resolution of 3 decimal places for Millimeter and 4 decimals places for Inch is insufficient. The least increment system should be changed from the default IS-B to IS-E. This will allow a resolution of 7 decimal places. By doing this, your vectors will have the greatest precision possible and reduce the rounding error to two decimal places LESS than the standard unit precision (IS-B) on a FANUC for either Inch or Millimeter. This can be accomplished by modifying Parameters #1013 and #5042.
The higher decimal resolution for coordinates and vectors in a program insures the most accurate and smooth High Speed motion while using G43.5 RTCP Type II. Additionally, while we are using vectors in our NC program, the CNC Control is still calculating the rotary axis angles, monitoring and displaying them during operation. By allowing the CNC control to make its calculations using the most accurate vector data will result in a more accurate calculation of an angular addresses values and more accurate positioning.
To sum up, the FANUC G43.5 RTCP Type II command is an advanced tool that provides a great deal of programming flexibility in addition to solving problems with machine kinematics encountered by CAM systems. It is worth considering configuring your CAM Post-Processor to use FANUC G43.5 RTCP Type II Vector Programming to take advantage of the benefits provided.
The Logitech G435 LIGHTSPEED Wireless are low-cost gaming headphones designed for younger users, though they'll still fit most adult heads. They have an adjustable volume limiter that can switch between 85 or 100 dB settings to help you protect your hearing. While they support Bluetooth and come with a proprietary wireless dongle, some users have noted issues connecting the headphones via their dongle and updating them to the latest firmware.
The Logitech G435 LIGHTSPEED are very good for neutral sound. There's a touch of extra warm bass for a full-bodied sound. Voices and instruments are also accurately reproduced, though sibilants feel dull. Unfortunately, they're prone to inconsistencies in audio delivery, meaning you need to take the time to adjust their fit, seal, and positioning each time you use them to get consistent sound delivery. They also lack customization features like an EQ or presets.
The Logitech G435 are mediocre for commuting and travel. They're comfortable, lightweight, and last nearly 20 hours on a single charge. However, they lack active noise cancelling (ANC) and can't passively block out the low rumble of bus and plane engines. They also don't fold into a more compact size, meaning they'll take up space in your bag when transporting them. They also don't have controls to answer and end calls, which limits their ease of use.
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