We have been raising monarch butterflies for a few years now. Initially we did it as a way to bring science and nature into a more accessible setting for our daughters. It has evolved to become an annual exercise in addition to our hope that we can have an impact on the population.
We had the privilege of being invited to attend the Ontario Music Festival provincials this past weekend.
Spotted this little ant working in its wings. Nature is amazing. But, if it was me and I could fly, I wouldn’t be ripping off my wings.
However, we also have 5 duck houses around our pond. Duck houses are typically inhabited but mergansers or wood ducks. These ducks are cavity nesters and rely on us to fill the boxes with shavings we get from a local pet store. We have 5 nest boxes and all of them will see use this year.
Now that the boxes are ready, they should arrive in a couple weeks once the water is exposed again.
(a couple of our 5 duck houses)
(the holes are quite large)
(full of shavings, ready for them to make it their own)
The exhibit ends April 24, 2016, so there is still time to catch it.
If you can’t make it, here is a meditative video I made from some of the slow motion video I captured, as well as some pics from today. Enjoy!
It's 10 AM on a Saturday morning and I am sitting in a room at Shopify in Ottawa with a bunch of parents and their daughters ready to learn HTML and CSS. I am a web developer and taught HTML more than 20 years ago. So, why am I here?
June 28, 2016
We have been happy Chevy Volt owners for almost 2 years and are very familiar with what it is like owning an electric vehicle. We have a level 2 charger installed at our home and have used various private chargers in the region, when possible. Regenerative braking, cold winter driving, silent operation, low maintenance and weather impact on range are all part of owning an electric car. You would be surprised at the range hit you take in the rain. There is quite a power draw required to pump the water through the treads of the tire during every rotation.
2013 Chevy Volt
Our 2013 Chevy Volt has a small 16.5 kwh battery that provides a range of 65 kms fully electric range in the summer and 45 kms electric range in the cold Ottawa winter. However, it is different than most electric vehicles because it comes standard with a small gas generator that is used to offer the Volt unlimited range by generating electricity for the battery. Through a series of 3 clutches and the electric motor and a generator, the Volt is quite a feat of engineering. The Chevy Volt also has 4 different riding modes to help manage electric usage as well as 2 levels of regenerative braking. Regenerative braking uses the electric motor itself to provide braking. By doing so, the car is able to generate electricity by simply lifting off the accelerator pedal which turns the motor into a generator.
For the tech nerds, here is a really interesting video of how the powertrain of a Chevy Volt works at different speeds.
The Model lineup
We had access to a Tesla Model S 60, 70D, 85D and a P85D. We decided we wanted to try both ends of the scale with regard to performance, the 70D and the P85D. The 70D was pretty bare bones with few options but did have the new seats (more on that later). The P85D was fully loaded including carbon fibre accents in and out, air suspension, panoramic sunroof and many other options.
A shot of the cars that were part of the test drive
The 70D (~$87,200 base)
Our first test drive was the new 70D. This model is really the base model at this point for the dual motor cars but still has a range of 385 kms, 329 hp and 0-100 kph time in 5.4 seconds. The quick acceleration time is aided in part by the dual motor which powers all 4 wheels.
Our test drive lasted about 20 mins and allowed us to explore some rural roads in and around Kanata. The steering was set as stock and the braking regeneration was modest. The card handled quite well. I found that I could easily launch it into and out of a corner and the car was stable regardless of surface. If the dual drive system was compensating for traction, you could not feel it. Compared to the Volt, the 70D was riding on rails. The Volt handles relatively well but you can really feel the difference in the 70D probably due to a lower centre of gravity. There was far less roll.
The steering felt a bit loose with the Model S so the rep change it to the sport setting. Quite a noticeable difference. I could really feel the car in the corners and I felt I could point it more accurately accelerating through the apex. However, even with just regular driving and changing lanes, the car was much more responsive with this small change.
We had a chance to try the acceleration in a straight line as well as coming out of corners. It was absolutely phenomenal! I have had the chance to test drive many performance vehicles and it is hard to think of an experience as exhilarating as this. We are accustomed to the instant torque of an electric motor with the Volt but obviously this at a much higher level.
The default regenerative braking was fine and really non-intrusive. However, part way through the ride I asked him to make it more aggressive. I much prefer the aggressive regeneration. We typically drive our Volt in ‘L’ which provides aggressive regeneration which does extend range noticeably. I was told that the Model S does illuminate the brake lights when releasing the accelerator which is helpful to people following too closely. The Volt does not do this which is something we have grown accustomed to but it is an oversight. Braking with the Volt in the winter also requires some practice. The transition from regen braking to regular barking is quite unsettling coming to a stop. I am told this is not the case with the Model S but I was unable to test it. I would love to try a Model S in a heavy slushy winter day.
Autopilot and proximity awareness
While our Tesla did not have autopilot, it did have some interesting options. The car is able to detect the painted lines on the roads and if you venture outside of the lines, it will provide a rumble through the wheel as reminder that you are outside your lane. Also, the car has a forward facing camera to read the speed limit signs. You can set a threshold of say 10 km over the posted speed limit and the car will provide an audible sounds when you reach that limit. As with many cars, the car uses its proximity sensors to determine its position relative to other cars. The dashboard display indicates vehicles in your blindspot but also when parking it provides an actual distance to the obstacle in front or behind you. More autopilot features coming but I don’t have further details at this time.
The P85D (~$121,300 base)
The final test drive was the top of the line P85D. It comes in at 691 hp, range of 405 kms and 0-100 kph in 3.3 seconds. When compared to a gas engine, it is equivalent to around 800 hp. To say this car is fast is an understatement. We took the P85 on am much shorter route since we already experienced the handling of the 70D this was really about acceleration.
Our Tesla host lowered the car (using the air suspension system), and adjusted the performance to “insane” mode.
Yes, there is an insane mode. This provides all the power to both motors. There really is no better choice for this mode.
He asked my wife and I to sit in the back seat for a better effect. We left the hotel and moved to a street where acceleration could be tested. He hit then accelerator and it was absolutely amazing! The power is simply incredible and continuous to the point of making me feel light headed. I have never experienced this kind of acceleration in my life. It hit hard and did not relent until he eased off the pedal. He did it one more time and then let me try. Even when I was at the controls and when you know it is coming, it is still crazy insane. All that power, all that torque and no noise. I honestly think it may be near the limit that an average person could handle without passing out.
Speaking of noise, the P85D was noticeably louder with regard to the tires. The 21″ rims with Michelin Pilot Sports were noticeably louder than the 19″ stock rims and tires on the P70. However, both Teslas were noticeably quieter than the Volt.
Just a quick comment about ride height. The 70D had a standard suspension with no height adjustment. However, the 85D, P85D and 60 all had adjustable air suspension. It was interesting to see the difference in ride height so I combine a few pics below to show the difference. Did we notice a difference in ride height between the stock 70D and the lowered P85D, no. But it was a short test drive. It is an option I would probably skip.
Tesla vs Volt
There really is no comparison. At 2.5 to 3 times the price, the Model S is in a class of its own. While they are both electric vehicles, the Tesla gets it right on all counts. The Volt as a 4 seater works well as a commuter vehicle but fails as a family vehicle mostly due to lack of storage. The battery in the Volt removes limits the rear seat to 2 people. The Model S is a true 5 seater sedan with plenty of storage with a trunk in the rear and a “frunk” in the front. Performance wise the Volt is quite good but nowhere close to even the 70D. We have no regrets with our Volt and would seriously consider the next generation but the Tesla is too hard to resist.
As of this post, Ottawa now has a permanent Tesla representative which typically means a permanent Tesla presence is coming. It will probably start with a service centre then followed by a Tesla store. Currently the closest Tesla store is Montreal.
Will our next car be a Tesla? Most likely but probably not a Model S because it is priced well beyond our budget. We are eager to see what the pricing looks like for the Model X as well as the Model 3 coming out in a couple years.
Thank you to Mike and John at Tesla for arranging the test drive event and answering all our questions. If Tesla comes to your city or town with a test drive event, you MUST check it out!
We keep an eye on the nest boxes after about 25 days into incubation. Once we see the ducklings in the box, we know they leave within 24 hours which is typically mid-morning the next day. Hooded mergansers are precocial which means the they are relatively mature from the moment of hatching.
This is the first clutch to emerge this year. I have built a total of 5 duck houses around the pond over the past 10 years. We expanded the pond a couple times to make it more suitable for all wildlife. We are glad to have had a chance to give back. Now onto the pics….
A few pics of the happy family. Mother with ducklings in tow
Here is a duckling we like to call “cuddles”. This was him snuggling down with mom yesterday
Here is the video from today. Not as good as the one from last year
Here is my video from 2014 of hooded mergansers leaving their nest.
In the spring
This pic was from back in the spring when the first mergansers began arriving. In this group, are the mom and dad. Not sure which couple 🙂
The male merganser putting on a show.
The female guarding her nest box. This pic was taken just before the ducklings emerged but she will do this a few times during the incubation period.
The audience for today’s event
Of course we had other visitors come by to watch. This house wren has been singing for the past few weeks bragging about his ability to build houses. Here he is taking ownership of my camera.
Just after the ducklings emerged we had this green heron appear. He didn’t stay long.
The mother and ducklings will disappear into our woods in the next few hours, never to be seen again. We have 2 clutches remaining. However, we believe one of them may be wood ducks because there is a female sitting on one of them. We have had a mixed grouping in previous years.
Update 2015-06-05 – Our second family of hooded mergansers emerged today. This time 15 ducklings in total with 1 egg remaining in the nest box. So a total of 34 in our pond this year.
Update 2015-06-09 – Our wood ducks emerged today. 12 ducklings in total and no eggs remaining. It’s been a good year.